abb connectivity packages

Connectivity Packages

User's Guide

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Contents

Copyrights ................................................................................. 5

1. Introduction..............................................................71.1. Use of symbols ......................................................... 71.2. Intended audience ..................................................... 71.3. Related documents .................................................... 81.4. Document conventions ............................................... 81.5. Document revisions.................................................... 9

2. Supported IEDs ...................................................... 11

3. Installation and uninstallation ..................................153.1. Installing connectivity packages.................................. 153.2. Uninstalling connectivity packages.............................. 16

4. Connectivity Package Manager ................................194.1. Starting Connectivity Package Manager....................... 204.2. Using Connectivity Package Manager ......................... 20

4.2.1. Selecting connectivity package versions .......... 204.2.2. Adding connectivity packages ........................ 21

5. Content and usage of connectivity packages ............23

6. Logical node naming...............................................256.1. Logical node mapping for IEDs of RED 500 series ........ 25

6.1.1. RED 500 Logical Node Naming and mappingto IEC 61850 .............................................. 35

6.2. Logical node mapping for REU 610, REF 610 and REM610 ....................................................................... 796.2.1. REU 610 logical node naming and mapping to

IEC 61850 .................................................. 816.3. Logical node mapping for SPACOM and SACO series... 83

6.3.1. SPACOM/SACO logical node naming andmapping to IEC 61850.................................. 85

7. Abbreviations .........................................................97

8. Terminology ...........................................................99


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Issued: 14.10.2004Version: F/27.06.2008

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CopyrightsThe information in this document is subject to change without notice and should notbe construed as a commitment by ABB Oy. ABB Oy assumes no responsibility forany errors that may appear in this document.

In no event shall ABB Oy be liable for direct, indirect, special, incidental orconsequential damages of any nature or kind arising from the use of this document,nor shall ABB Oy be liable for incidental or consequential damages arising fromuse of any software or hardware described in this document.

This document and parts thereof must not be reproduced or copied without writtenpermission from ABB Oy, and the contents thereof must not be imparted to a thirdparty nor used for any unauthorized purpose.

The software or hardware described in this document is furnished under a licenseand may be used, copied, or disclosed only in accordance with the terms of suchlicense.

© Copyright ABB. All rights reserved.

Trademarks

ABB is a registered trademark of ABB Group. All other brand or product namesmentioned in this document may be trademarks or registered trademarks of theirrespective holders.

Guarantee

Please inquire about the terms of guarantee from your nearest ABB representative.


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1. IntroductionA connectivity package is a collection of software and information related to aspecific protection and control terminal, an IED (Intelligent Electronic Device).Connectivity packages enable system products and tools to connect and interactwith an IED.

This manual introduces the installation and uninstallation of connectivity packages,the content and usage of connectivity packages and the logical node namingprinciples as well as the main functions of Connectivity Package Manager.Connectivity Package Manager is a tool that helps the user to define the rightconnectivity package versions for different system products and tools.

For more information on handling connectivity packages in different systemproducts and tools, see Section 1.3. Related documents.

1.1. Use of symbols

This publication includes the following icons that point out safety-related conditionsor other important information:

The information icon alerts the reader to relevant facts and conditions.

It should be understood that operation of damaged equipment could, under certainoperational conditions, result in degraded process performance leading toinformation or property loss. Therefore, comply fully with all notices.

1.2. Intended audience

This manual is intended for operators, supervisors and administrators to supportnormal use of the product.


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1.3. Related documents

Name of the document Document ID

Connectivity Packages, Online Help

MicroSCADA Pro IEC 61850 Master Protocol (OPC) *1.1 User'sGuide

1MRS755321

Protection and Control IED Manager PCM 600, Online Help

Protection and Control IED Manager PCM 600 Installation andCommissioning Manual

1MRS755552

SPA-ZC 400 Ethernet Adapter Installation and CommissioningManual

1MRS755347

SPA-ZC 402 Ethernet Adapter Installation and CommissioningManual

1MRS755380

COM 600 Station Automation Series COM 600 3.0 User's Guide 1MRS756125

Related IEC 61850 standards:

* IEC 61850-6: Configuration description language for communication inelectrical substations related to IEDs

* IEC 61850-7-3: Basic communication structure for substation and feederequipment - Common data classes

* IEC 61850-7-4: Basic communication structure for substation and feederequipment - Compatible logical node classes and data classes

1.4. Document conventions

The following conventions are used for the presentation of material:

* The words in names of screen elements (for example, the title in the title bar of adialog, the label for a field of a dialog box) are initially capitalized.

* Capital letters are used for the name of a keyboard key if it is labeled on thekeyboard. For example, press the CTRL key. Although the Enter and Shift keysare not labeled they are written in capital letters, e.g. press ENTER.

* Lowercase letters are used for the name of a keyboard key that is not labeled onthe keyboard. For example, the space bar, comma key and so on.

* Press CTRL+C indicates that you must hold down the CTRL key while pressingthe C key (to copy a selected object in this case).

* Press ALT E C indicates that you press and release each key in sequence (to copya selected object in this case).

* The names of push and toggle buttons are boldfaced. For example, click OK.* The names of menus and menu items are boldfaced. For example, the File menu.* The following convention is used for menu operations: Menu Name > Menu

Item > Cascaded Menu Item. For example: select File > Open > New Project.* The Start menu name always refers to the Start menu on the Windows Task Bar.* System prompts/messages and user responses/input are shown in the Courier

font. For example, if you enter a value out of range, the following message isdisplayed: Entered value is not valid.

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You may be told to enter the string MIF349 in a field. The string is shown asfollows in the procedure: MIF349

* Variables are shown using lowercase letters: sequence name

1.5. Document revisions

Version Date History

A 15.10.2004 Document created

B 25.05.2005 Support for RET 541/543/545

C 08.07.2005 Support for REF 541/543/545

D 04.10.2005 Support for REX 521

E 30.05.2006 Support for Protection and Control IED ManagerPCM 600 and COM 600 Station AutomationSeries' products.

F 30.11.2006 New supported IEDs added and some otherminor updates in the content

G 20.03.2007 Support for logical node naming and mapping toIEC 61850 added

H 27.06.2008 Support for Protection and Control IED ManagerPCM600 Ver. 2.0


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2. Supported IEDs

Table 2.-1 Supported system products, protocols and tools for medium voltage IED connectivitypackages

REF 541/543/545connectivitypackage

REM 543/545connectivitypackage

RET 541/543/545connectivitypackage

REX 521connectivitypackage

Communication Engineering Tool for COM 610 Ver. 2.0

IEC 61850 1.0 1.0 - -

SPA 1.0 1.0 - -

LON 1.0 1.0 - -

Communication Engineering Tool for COM 610 Ver. 2.1 or later

IEC 61850 1.1 or later 1.1 or later 1.0 or later 1.0 or later

SPA 1.1 or later 1.1 or later 1.0 or later 1.0 or later

LON 1.1 or later 1.1 or later 1.0 or later 1.0 or later

Communication Engineering Tool for COM 6xx Ver. 3.0.1 or later




SLD Editor 2.1 or later 2.1 or later 2.1 or later 2.1 or later

Communication Engineering Tool for SPA-ZC 40x Ver. 1.0 with SPA-ZC 40x

IEC 61850 1.0 - 1.2 1.0 - 1.1 1.0 -

Communication Engineering Tool for SPA-ZC 40x Ver. 1.1.0 (or later) with SPA-ZC 40x


MicroSCADA Pro SYS 600 Ver. 9.0 or later

Communication Engineering Tool for IEC61850

1.1 or later 1.1 or later 1.0 or later 1.0 or later

SCL Importer 1.1 or later 1.1 or later 1.0 or later 1.0 or later

COM 500 Ver. 4.1 or later


1.1 or later 1.1 or later 1.0 or later 1.0 or later

SCL Importer 1.1 or later 1.1 or later 1.0 or later 1.0 or later

Protection and Control IED Manager PCM 600 Ver. 2.0




Parameter Setting 2.1 or later 2.1 or later 2.1 or later 2.1 or later

Disturbance Handling 2.1 or later 2.1 or later 2.1 or later 2.1 or later

Event Viewer 2.1 or later 2.1 or later 2.1 or later 2.1 or later

Signal Monitoring 2.1 or later 2.1 or later 2.1 or later 2.1 or later

Signal Matrix - - - -


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Table 2.-2 Supported system products, protocols and tools for medium voltage SPACOM connectivitypackages

SPACOM connectivity package

Communication Engineering Tool for COM 6xx 3.0.1 or later

IEC 61850 2.0 or later

SPA 2.0 or later

Communication Engineering Tool for SPA-ZC 40x Ver. 2.1 (or later) with SPA-ZC 40x



Communication Engineering Tool for IEC 61850 2.0 or later

SCL Importer 2.0 or later



SPA 2.0 or later

Parameter Setting 2.0 or later

Disturbance Handling 2.0 or later

Signal Monitoring 2.0 or later

Table 2.-3 System products, protocols and tools supporting connectivity concept

REF 610 connectivitypackage

REM 610 connectivitypackage

REU 610 connectivitypackage

Communication Engineering Tool for COM 610 Ver. 2.1 or later

IEC 61850 2.0 or later 2.0 or later -

SPA 2.0 or later 2.0 or later -

Communication Engineering Tool for COM 6xx Ver. 3.0.1 or later

IEC 61850 2.0 or later 2.0 or later 2.0 or later

SPA 2.0 or later 2.0 or later 2.0 or later

SLD Editor - - -

Communication Engineering Tool for SPA-ZC 40x Ver. 1.1.0 (or later) with SPA-ZC 40x

IEC 61850 2.0 or later 2.0 or later -

Communication Engineering Tool for SPA-ZC 40x Ver. 2.0 (or later) with SPA-ZC 40x




2.0 or later 2.0 or later 2.0 or later

SCL Importer 2.0 or later 2.0 or later 2.0 or later

COM 500 Ver. 4.1 or later


2.0 or later 2.0 or later 2.0 or later

SCL Importer 2.0 or later 2.0 or later 2.0 or later



SPA 2.0 or later 2.0 or later 2.0 or later

Parameter Setting 2.0 or later 2.0 or later 2.0 or later

Disturbance Handling 2.0 or later 2.0 or later 2.0 or later

Event Viewer - - -

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REF 610 connectivitypackage

REM 610 connectivitypackage

REU 610 connectivitypackage

Signal Monitoring 2.0 or later 2.0 or later 2.0 or later

Signal Matrix - - -

Table 2.-4 Supported medium voltage IED revisions in connectivity packages

REF 541/543/545

REF 541/543/545 Connectivity Package 1.0 1.5 2.0 2.5 3.0 3.5

Ver. 1.0 - 1.1 x

Ver. 1.2 - 2.1 x x

REM 543/545

REM 543/545 Connectivity Package 1.5 2.0 2.5

Ver. 1.0 - 2.2 x

RET 541/543/545

RET 541/543/545 Connectivity Package 3.0

Ver. 1.0 - 2.2 x

REX 521

REX 521 Connectivity Package C E F G

Ver. 1.0 x x x

Ver. 1.1 - 2.1 x x x x

REU 610

REU 610 Connectivity Package C

Ver. 2.0 x

REF 610

REF 610 Connectivity Package C

Ver. 2.0 x

REM 610

REM 610 Connectivity Package C

Ver. 2.0 x

SACO 16D1, SACO 16D3, SACO 64D4, SACO 16D2

Connectivity Package 36 N

Ver. 2.0 x

SPAJ 140, SPCJ 4D29SPAJ 142, SPCJ 4D29

Connectivity Package 183 B

Ver. 2.0 x

SPAJ 141, SPCJ 4D24

Connectivity Package 042 D

Ver. 2.0 x

SPAJ 144, SPCJ 4D28


Ver. 2.0 x

SPAD 346, SPCD 3D53

Connectivity Package 187 B

Ver. 2.0 x


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SPAD 346, SPCD 2D55

Connectivity Package 124 H

Ver. 2.0 x

SPAD 346, SPCJ 4D28


Ver. 2.0 x

The necessary connectivity packages can be downloaded from theABB web site http://www.abb.com/substationautomation.

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3. Installation and uninstallationThis chapter describes the installation and uninstallation of the connectivitypackages.

3.1. Installing connectivity packages

One connectivity package requires at least 55 MB of hard disk space,although the installation package size is about 30 MB.

Connectivity packages can be installed in the same environments as thesystem products and tools that use the connectivity packages. For moreinformation about the system product and tool manuals, refer toSection 1.3. Related documents.

To install a connectivity package:

1. Locate the connectivity package installation program (.msi) on the computer, ordownload it via Internet.

2. Double-click the relevant IED connectivity package installation program to startthe installation. The installation wizard extracts the installation files on your localcomputer.

3. After the connectivity package installation program starts, click Next to proceed,see Fig. 3.1.-1.

With the Back button, you can return to the previous dialog, and with the Cancelbutton, exit the installation wizard. This applies to all the dialogs in theinstallation wizard.


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A060286

Fig. 3.1.-1 Installing connectivity packages

4. Follow the instructions of the installation wizard to complete the installation.

3.2. Uninstalling connectivity packages

To uninstall the connectivity packages:

1. Double-click the Add/Remove Programs icon from the Windows Control Panel.An Add/Remove Programs dialog is displayed.

2. Select the relevant connectivity package and click Remove, see Fig. 3.2.-1.

You can check that you are uninstalling the right connectivity package byclicking the support information link. A Support Info dialog is displayed toidentify the correct connectivity package version.

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A060287

Fig. 3.2.-1 Example of Add/Remove Programs dialog


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4. Connectivity Package ManagerConnectivity Package Manager helps you to select the right connectivity packageversions for different system products and tools. Connectivity Package Manager isincluded in products supporting the connectivity concept. For more information onthe supported system products and tools, refer to Section 1.3. Related documentsand Section 2. Supported IEDs.

A Connectivity Package Manager window shows the installed system products andtools as well as the installed connectivity package versions in a tree structure, seeFig. 4.-1. The object tree shows all the information on the connectivity packagesand the IED configuration tools that are installed on the computer. You can definewhich version of the connectivity package is used with a specific system productand tool by selecting the corresponding check box.

A060282

Fig. 4.-1 Connectivity Package Manager


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4.1. Starting Connectivity Package Manager

You can start Connectivity Package Manager from the shortcut icon on yourcomputer's desktop, see Fig. 4.1.-1.

A060281

Fig. 4.1.-1 Connectivity Package Manager icon

You can exit the program by selecting File > Exit.

4.2. Using Connectivity Package Manager

This section describes the main functions of Connectivity Package Manager.

4.2.1. Selecting connectivity package versions

When Connectivity Package Manager is started, it shows all the system productsand tools supporting connectivity concept, as well as the connectivity packagesinstalled on your computer. You can expand and collapse Connectivity PackageManager's tree structure to see which connectivity package versions are currentlyused in different system products and tools.

You can browse through the object tree with the mouse or the keyboard's arrowkeys. You can expand and collapse the nodes by clicking the and icons or bypressing the left and right arrow keys. You can also use the commands on the Viewmenu to expand and collapse the nodes.

If the check box beside the version name is selected, the particular version of theconnectivity package is used in the application or tool. If you clear all the versionsof one connectivity package, the application or tool no longer uses that connectivitypackage the next time you start it. This will save some processing time during theapplication or tool startup.

If you have already installed some connectivity packages, Connectivity PackageManager detects them and checks if they can be used with the new IEDs. If theinstalled connectivity packages have a wrong version extension, ConnectivityPackage Manager prevents them from being defined for the new IEDs.

To select the latest versions of all the installed connectivity packages, select SetLatest > Set Latest Versions to All. The program goes through all the installedconnectivity packages shown in the object tree and selects the most recent versions,see Fig. 4.2.1.-1

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A060283

Fig. 4.2.1.-1 Setting latest versions to all nodes

To select the latest version of only those connectivity packages that do not have anyversion selected, select Set Latest > Set Latest to Unchecked Packages. Thiscommand leaves the already selected connectivity package versions as they are, seeFig. 4.2.1.-2.

A060284

Fig. 4.2.1.-2 Setting latest versions to unactive packages

If the connectivity package version has information about supported IEDs, thisinformation is shown in the text box under Supported IEDs, see Fig. 4.2.1.-3. Withthis information, you can confirm the right version of the connectivity package.

A060288

Fig. 4.2.1.-3 Example of specific IED's supported versions

4.2.2. Adding connectivity packages

Connectivity packages can be installed on the local computer with ConnectivityPackage Manager as well. You can install connectivity packages from any locationyou have access to.

To add a new connectivity package:


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1. Select File > Add new package. The Open dialog is displayed.

A060285

Fig. 4.2.2.-1 Adding a new connectivity package

A050314

Fig. 4.2.2.-2 Example of adding a connectivity package

2. Select the relevant connectivity package installer file (.msi).

3. Click Open.

The installation program starts to install the selected connectivity package on yourlocal computer. For more information about installing connectivity packages, referto Section 3. Installation and uninstallation.

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5. Content and usage of connectivity packagesFor all the products supporting the connectivity concept, the connectivity packagescontain:

* Description of IED functions and capabilities in SCL (Substation Configurationdescription Language) format. The functions of an IED are mapped from theSPA and LON protocols to IEC 61850 protocol. The description texts in thesefiles can be translated into other languages as well.

* Object types for device integration. These object types define the properties for adevice-related object, for example the protocols that are supported by an IED.

* IED specific visual elements, for example object icons, graphical symbols andpictures in various places.

* Connectivity package related documentation* IED specific documentation* Other data and components needed by products using connectivity packages

The following sections describe the usage of the connectivity packages in differentproducts. For more information on how to use connectivity packages in systemproducts and tools, refer to documentation related to each product.

Control and Monitoring Unit COM 605, Communication GatewayCOM 610 and Station Computer COM 615

You can use connectivity packages with Communication Engineering Tool forCOM 600 to configure COM 600 Station Automation Series' products tocommunicate and interact with SPA and LON devices. With the help of connectivitypackages you can also configure systems that have COM 605, COM 610 orCOM 615 using IEC 61850 protocol and SPA-ZC 40x to communicate and interactwith SPA devices.

Additionally connectivity packages contain IED specific information for single linediagram, parameter setting and disturbance recording uploading. With thisinformation you can easily configure COM 605 or COM 615 so that they have theIED specific information and functionality available in the web based HMI.

Ethernet Adapter SPA-ZC 40x

You can use the connectivity packages to configure SPA-ZC 40x withCET for SPA-ZC 40x.

MicroSCADA Pro SYS 600 and COM 500

In MicroSCADA Pro SYS 600 *9.0 or later and COM 500 *4.1 or later, you can usethe connectivity packages to configure the IEC 61850 OPC server. This is usuallydone by importing the export file that is generated when SPA-ZC 40x is configured.In MicroSCADA Pro SYS 600 *9.1 or later and COM 500 *4.2 or later, the sameexport file can also be used to build up the process database.


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Protection and Control IED Manager PCM 600

You can use the connectivity packages to create configuration structure in PCM 600.In addition to other products supporting connectivity concept, the connectivitypackages for PCM 600 contain:

* Description of IED internal parameters and their properties (for example dataformat, unit, setting range, visibility, access rights, and so on). The descriptiontexts can be translated into other languages as well.

* Software components that adapt the IED-specific interfaces to the standardinterfaces of system products and tools, for example IED-specific dispatchers fortools. This means that there is protocol-specific adaptation for the ParameterSetting and Disturbance Handling tool components, for example disturbanceuploading according to COMTRADE.

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6. Logical node namingThe connectivity packages contain the descriptions for logical nodes and functionblocks of IEDs. When an IED configuration (SCL file or CAP project file) isimported, a structure containing definitions of logical nodes is constructed.

When the IED configuration is imported, for example, to CommunicationEngineering Tool (CET), you can see the logical devices (LD) and logical nodes(LN). An IED object can include many logical devices, and a logical device caninclude many logical nodes.

The logical node names are composed of three different parts: LN prefix, LN classand LN instance number. The LN prefix is an ABB specific string with less than fivecharacters (see the table below). The LN class is the name of the logical node classdefined in the IEC 61850-7-4 specification, refer to the Section 1.3. Relateddocuments. The LN instance number is the ID number of the logical node. Forexample in the REF 541/543/545, REM 543/545, RET 541/543/545 and REX 521connectivity packages, the LN instance number is the SPA channel number of thecorresponding function block.

The Fig. 6.-1 shows an example of designation code for the logical nodes inconnectivity packages. In the following example, the logical node name is PHPTOC 1.

��

�� ! !��"

A060451

Fig. 6.-1 Logical node naming in connectivity packages

6.1. Logical node mapping for IEDs of RED 500 series

Table 6.1.-1 LN mapping for RED 500

Function BlockName

IEC 61850 Logical Node Name Description

Logical NodePrefix

Logical Node Class Logical NodeInstance(Channel

Number)

Protection

AR5Func - RREC 80 Auto-reclosing function

CUB1Cap CUB PTOC 117 Unbalance protection for capacitors

CUB1Cap CUB RBRF 117 Circuit breaker failure protection ofunbalance protection for capacitors

CUB3Cap CUB PTOC 52 Three-phase unbalance protection forcapacitor banks

CUB3Cap CUB RBRF 52 Circuit breaker failure protection ofthree-phase unbalance protection forcapacitor banks

CUB3Low CUB PTOC 51 Phase discontinuity protection


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Function BlockName


Logical NodePrefix


Number)

CUB3Low CUB RBRF 51 Circuit breaker failure protection ofphase discontinuity protection

DEF2High DEF PTOC 41 Directional earth-fault protectionfunction, high-set stage

DEF2High DEF RBRF 41 Circuit breaker failure protection ofdirectional earth-fault protectionfunction, high-set stage

DEF2Inst DEF PTOC 42 Directional earth-fault protectionfunction, instantaneous stage

DEF2Inst DEF RBRF 42 Circuit breaker failure protection ofdirectional earth-fault protectionfunction, instantaneous stage

DEF2Low DEF PTOC 40 Directional earth-fault protectionfunction, low-set stage

DEF2Low DEF RBRF 40 Circuit breaker failure protection ofdirectional earth-fault protectionfunction, low-set stage

Diff3 HIZ PDIF 100 High-impedance based differentialprotection for generators and motors

Diff3 HIZ RBRF 100 Circuit breaker failure protection ofhigh-impedance based differentialprotection for generators and motors

Diff6G GEN PDIF 99 Stabilized three-phase differentialprotection for generators

Diff6G GEN RBRF 99 Circuit breaker failure protection ofstabilized three-phase differentialprotection for transformers

DOC6High DIR PTOC 36 Three-phase directional overcurrentfunction, high-set stage

DOC6High DIR RBRF 36 Circuit breaker failure protection ofthree-phase directional overcurrentfunction, high-set stage

DOC6Inst DIR PTOC 37 Three-phase directional overcurrentfunction, instantaneous stage

DOC6Inst DIR RBRF 37 Circuit breaker failure protection ofthree-phase directional overcurrentfunction, instantaneous stage

DOC6Low DIR PTOC 35 Three-phase directional overcurrentfunction, low-set stage

DOC6Low DIR RBRF 35 Circuit breaker failure protection ofthree-phase directional overcurrentfunction, low-set stage

FLOC LCTR RFLO 58 Fault locator

Freq1St1 T1 PTOF 72 Overfrequency protection stage 1,timer 1

Freq1St1 T1 PTUF 72 Underfrequency protection stage 1,timer 1

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Function BlockName


Logical NodePrefix


Number)

Freq1St1_1 T2 PTOF 72 Overfrequency protection stage 1,timer 2

Freq1St1_1 T2 PTUF 72 Underfrequency protection stage 1,timer 2

Freq1St1 - PFRC 72 Rate of change of frequency protectionstage 1






















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Function BlockName


Logical NodePrefix


Number)

FuseFail - RFUF 118 ABB-specific logical node for fusefailure supervision. Includes dataobject instances Loc for local operationand FuFail for RFUF fuse failure inaddition to the mandatory data fromthe common logical node class.

Inrush3 INR PHAR 34 Three-phase transformer inrush andmotor start-up current detector

MotStart - PMSS 54 Three-phase start-up supervision formotors, starting time supervision

MotStart - PMRI 54 Three-phase start-up supervision formotors, restart inhibition

NEF1High EF PTOC 39 Non-directional earth-fault protectionfunction, high-set stage

NEF1High EF RBRF 39 Circuit breaker failure protection ofnon-directional earth-fault protectionfunction, high-set stage

NEF1Inst EF PTOC 90 Non-directional earth-fault protectionfunction, instantaneous stage

NEF1Inst EF RBRF 90 Circuit breaker failure protection ofnon-directional earth-fault protectionfunction, instantaneous stage

NEF1Low EF PTOC 38 Non-directional earth-fault protectionfunction, low-set stage

NEF1Low EF RBRF 38 Circuit breaker failure protection ofnon-directional earth-fault protectionfunction, low-set stage

NOC3High PH PTOC 32 Three-phase non-directionalovercurrent function, high-set stage

NOC3High PH RBRF 32 Circuit breaker failure protection ofthree-phase non-directionalovercurrent function, high-set stage

NOC3Inst PH PIOC 33 Three-phase non-directionalovercurrent protection function,instantaneous stage

NOC3Inst PH RBRF 33 Circuit breaker failure protection ofthree-phase non-directionalovercurrent protection function,instantaneous stage

NOC3Low PH PTOC 31 Three-phase non-directionalovercurrent function, low-set stage

NOC3Low PH RBRF 31 Circuit breaker failure protection ofthree-phase non-directionalovercurrent function, low-set stage

NPS3High NS PTOC 78 Negative phase sequence protection,high-set stage

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Function BlockName


Logical NodePrefix


Number)

NPS3High NS RBRF 78 Circuit breaker failure protection ofnegative phase sequence protection,high-set stage

NPS3Low NS PTOC 77 Negative phase sequence protection,low-set stage

NPS3Low NS RBRF 77 Circuit breaker failure protection ofnegative phase sequence protection,low-set stage

NUC3St1 PH PTUC 88 Three-phase non-directionalundercurrent protection, stage 1

NUC3St1 PH RBRF 88 Circuit breaker failure protection ofthree-phase non-directionalundercurrent protection, stage 1

NUC3St2 PH PTUC 89 Three-phase non-directionalundercurrent protection, stage 2

NUC3St2 PH RBRF 89 Circuit breaker failure protection ofthree-phase non-directionalundercurrent protection, stage 2

OE1High - PVPH 69 Overexcitation protection, high-setstage

OE1High - RBRF 69 Circuit breaker failure protection ofoverexcitation protection, high-setstage

OE1Low - PVPH 68 Overexcitation protection, low-setstage

OE1Low - RBRF 68 Circuit breaker failure protection ofOverexcitation protection, low-setstage

OL3Cap OLC PTOC 116 Three-phase overload protection forcapacitors

OL3Cap OLC PTUC 116 Undercurrent protection for capacitorbanks

OL3Cap OLC RBRF 116 Circuit breaker failure protection ofthree-phase overload protection forcapacitors

OPOW6St1 PH PDIR 92 Three-phase directional overpower,stage 1

OPOW6St1 PH PDOP 92 Directional overpower

OPOW6St1 PH RBRF 92 Breaker failure







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Function BlockName


Logical NodePrefix


Number)


OV3High PH PTOV 63 Three-phase overvoltage protection,high-set stage

OV3Low PH PTOV 62 Three-phase overvoltage protection,low-set stage

PREV3 PRV PPAM 55 Phase reversal protection

PSV3St1 NS PTOV 112 Negative phase sequence overvoltage

PSV3St1 PS PTUV 112 Positive phase sequence undervoltage

PSV3St1_1 PS PTOV 112 Positive phase sequence overvoltage

PSV3St2 NS PTOV 113 Negative phase sequence overvoltage

PSV3St2 PS PTUV 113 Positive phase sequence undervoltage

PSV3St2_1 PS PTOV 113 Positive phase sequence overvoltage

REF1A REF PDIF 102 High-impedance based restrictedearth-fault protection

REF1A REF RBRF 102 Circuit breaker failure protection ofhigh-impedance based restrictedearth-fault protection

ROV1High RES PTOV 45 Residual overvoltage protection, high-set stage

ROV1Inst RES PTOV 46 Residual overvoltage protection,instantaneous stage

ROV1Low RES PTOV 44 Residual overvoltage protection, low-set stage

SCVST1 - RSYN 70 Synchro-check/voltage check functionstage 1

SCVST2 - RSYN 71 Synchro-check/voltage check functionstage 2

TOL3Cab CAB PTTR 47 Three-phase thermal overloadprotection for cables

TOL3Dev DEV PTTR 48 Three-phase thermal overloadprotection for devices

UE6High - PDIR 67 Three-phase underexcitationprotection, high-set stag

UE6High - PDUP 67 Directional underpower of three-phaseunderexcitation protection, high-setstage

UE6High - RBRF 67 Circuit breaker failure of three-phaseunderexcitation protection, high-setstage

UE6Low UE PDIS 66 Three-phase underexcitationprotection, low-set stage

UI6High - PDIS 111 Three-phase underimpedanceprotection, high-set stage

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31

Function BlockName


Logical NodePrefix


Number)

UI6High - RBRF 111 Circuit breaker failure of three-phaseunderimpedance protection, high-setstage

UI6Low UI PDIS 110 Three-phase underimpedanceprotection, low-set stage

UI6Low UI RBRF 110 Circuit breaker failure of three-phaseunderimpedance protection, low-setstage

UPOW6St1 PH PDIR 95 Three-phase underpower or reversepower, stage 1

UPOW6St1 PH PDUP 95 Directional underpower

UPOW6St1 PH RBRF 95 Circuit breaker failure of three-phaseunderpower or reverse power, stage 1







UV3High PH PTUV 65 Three-phase undervoltage protection,high-set stage

UV3Low PH PTUV 64 Three-phase undervoltage protection,low-set stage

VOC6High - PVOC 107 Voltage controlled/dependent timeovercurrent

VOC6High - RBRF 107 Circuit breaker failure of voltagecontrolled/dependant time overcurrent

VOC6Low PH PVOC 91 Voltage dependent overcurrentprotection, low-set stage (51V)

VOC6Low PH RBRF 91 Circuit breaker failure of voltagedependent overcurrent protection, low-set stage

NOC3LowB PH PTOC 53 Three-phase non-directionalovercurrent function, low-set stage

NOC3LowB PH RBRF 53 Circuit breaker failure protection ofthree-phase non-directionalovercurrent function, low-set stage

REF4A REF PDIF 101 Stabilized restricted earth-faultprotection, high voltage side

REF4A REF RBRF 101 Circuit breaker failure protection ofstabilized restricted earth-faultprotection, high voltage side


User's Guide

1MRS755312

Function BlockName


Logical NodePrefix


Number)

REF4B REF PDIF 119 Stabilized restricted earth-faultprotection, low voltage side

REF4B REF RBRF 119 Circuit breaker failure protection ofstabilized restricted earth-faultprotection, low voltage side

Diff6T GEN PDIF 106 Stabilized three-phase differentialprotection for transformers

Diff6T GEN RBRF 106 Circuit breaker failure protection ofstabilized three-phase differentialprotection for transformers

Control

CO3DC1 DCO3 CILO 139 Three state disconnector 1,interlocking

CO3DC1 DCO3 CSWI 139 Three state disconnector 1, switchcontrol

CO3DC1 DCO3 XSWI 139 Three state disconnector 1,disconnector information

CO3DC1_1 ESW3 CILO 139 Three state disconnector 1,interlocking

CO3DC1_1 ESW3 CSWI 139 Three state disconnector 1, switchcontrol

CO3DC1_1 ESW3 XSWI 139 Three state disconnector 1,disconnector information

CO3DC2 DCO3 CILO 140 Three state disconnector 2,interlocking

CO3DC2 DCO3 CSWI 140 Three state disconnector 2, switchcontrol

CO3DC2 DCO3 XSWI 140 Three state disconnector 2,disconnector information

CO3DC2_1 ESW3 CILO 140 Three state disconnector 1,interlocking

CO3DC2_1 ESW3 CSWI 140 Three state disconnector 2, switchcontrol

CO3DC2_1 ESW3 XSWI 140 Three state disconnector 2,disconnector information

COCB1 CB CILO 120 Circuit breaker 1, interlocking

COCB1 CB CSWI 120 Circuit breaker 1, switch control

COCB1 CB XCBR 120 Circuit breaker 1, circuit breakerinformation

COCB2 CB CILO 121 Circuit breaker 2, interlocking

COCB2 CB CSWI 121 Circuit breaker 2, switch control

COCB2 CB XCBR 121 Circuit breaker 2, circuit breakerinformation

CODC1 DCO CILO 122 Disconnector 1, interlocking

CODC1 DCO CSWI 122 Disconnector 1, switch control

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33

Function BlockName


Logical NodePrefix


Number)

CODC1 DCO XSWI 122 Disconnector 1, disconnectorinformation













COIND1 ESW CSWI 127 Switch controller

COIND1 ESW XSWI 127 Object indication 1, non-controllable















COPFC PFC ARCO 143 Power factor controller

Condition Monitoring

CMBWEAR1 CBEW GGIO 187 Circuit breaker electric wear 1

CMBWEAR2 CBEW GGIO 188 Circuit breaker electric wear 2

CMCU3 SCC GGIO 181 Supervision function of the energizingcurrent input circuit

CMGAS1 - SIMG 186 Gas density monitoring

CMGAS3 - SIMG 194 Gas density monitoring of three poles


User's Guide

1MRS755312

Function BlockName


Logical NodePrefix


Number)

CMSHED CHED GGIO 189 Scheduled maintenance

CMSPRC1 SPRC GGIO 190 Spring charging control 1

CMTCS1 TCS GGIO 191 Trip circuit supervision 1

CMTCS2 TCS GGIO 192 Trip circuit supervision 2

CMTIME1 T GGIO 184 Operate time counter 1 for the usedoperate time (motors)

CMTIME2 T GGIO 185 Operate time counter 2 for the usedoperate time (motors)

CMTRAV1 TRT GGIO 193

CMVO3 SVC GGIO 182 Supervision of the energizing voltageinput circuit

Measurement

MEAI1 GM GGIO 213 General measurement 1








MECU1A I MMXU 201 Current measurement A

MECU1B I MMXU 203 Current measurement B

MECU3A I MMXU 200 Three-phase current measurement A

MECU3B I MMXU 202 Three-phase current measurement B

MEDREC - RDRE 225 Transiet disturbance recorder

MEFR1 F MMXU 208 System frequency measurement

MEPE7 W MMTR 207 Three-phase energy metering

MEPE7 P MMXU 207 Three-phase power metering

MEVO1A U MMXU 205 Voltage measurement A

MEVO1B U MMXU 226 Voltage measurement B

MEVO3A U MMXU 204 Three-phase voltage measurement A

MEVO3B U MMXU 206 Three-phase voltage measurement B

Power Quality

PQCU3H PQ MHAI 512 Current waveform distortionmeasurement

PQVO3H PQ MHAI 513 Voltage waveform distortionmeasurement

PQVO3SD UV QVVR 514 Short duration voltage variations

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35

6.1.1. RED 500 Logical Node Naming and mapping to IEC 61850

Table 6.1.1.-1 RED 500 Logical Node Naming and mapping to IEC 61850

RED500 FB Description LN instance name LN class Data

RED500 Logical node zero LLN0 LN0

RED500 Operation mode LN0 MOD

RED500 Behaviour LN0 BEH

RED500 Status LN0 HEALTH

RED500 ABB LN0 NAMPLT

RED500 Local operation LN0 LOC

RED500 LPHD logical node LPHD1 LPHD

RED500 Physical device health LPHD PHYHEALTH

RED500 Input communication buffer overflow LPHD INOV

RED500 Indicates if this LD is a proxy LPHD PROXY

AR5FUNC Auto-reclosing, 0->1 RREC80 RREC

AR5FUNC 0->1 operation mode RREC MOD

AR5FUNC 0->1 behaviour RREC BEH

AR5FUNC 0->1 status RREC HEALTH

AR5FUNC 0->1 name plate RREC NAMPLT

AR5FUNC 0->1 automatic operation (externalswitch status)

RREC AUTO

AR5FUNC 0->1 CB close command by auto-recloser

RREC OP

AR5FUNC 0->1 status of auto-reclosingsequence

RREC AUTORECST

CMBWEAR1 Circuit breaker electic wear, CBCMwear 1

CBEWGGIO187 GGIO

CMBWEAR1 CBCM wear 1 operation mode GGIO MOD

CMBWEAR1 CBCM wear 1 behaviour GGIO BEH

CMBWEAR1 CBCM wear 1 status GGIO HEALTH

CMBWEAR1 CBCM wear 1 name plate GGIO NAMPLT

CMBWEAR1 CBCM wear 1 alarm GGIO ALM

CMBWEAR2 Circuit breaker electic wear, CBCMwear 2

CBEWGGIO188 GGIO

CMBWEAR2 CBCM wear 2 operation mode GGIO MOD

CMBWEAR2 CBCM wear 2 behaviour GGIO BEH

CMBWEAR2 CBCM wear 2 status GGIO HEALTH

CMBWEAR2 CBCM wear 2 name plate GGIO NAMPLT

CMBWEAR2 CBCM wear 2 alarm GGIO ALM

CMCU3 Current input circuit supervision, MCS3I

SCCGGIO181 GGIO

CMCU3 MCS 3I operation mode GGIO MOD

CMCU3 MCS 3I behaviour GGIO BEH

CMCU3 MCS 3I status GGIO HEALTH

CMCU3 MCS 3I name plate GGIO NAMPLT

CMCU3 Current input circuit MCS 3I alarm GGIO ALM

CMGAS1 Gas pressure monitoring, CBCM gas SIMG186 SIMG


User's Guide

1MRS755312


CMGAS1 CBCM gas operation mode SIMG MOD

CMGAS1 CBCM gas behaviour SIMG BEH

CMGAS1 CBCM gas status SIMG HEALTH

CMGAS1 CBCM gas name plate SIMG NAMPLT

CMGAS1 CBCM gas pressure low SIMG INSALM

CMGAS3 Three-pole gas pressure monitoring,CBCM 3-pole gas

SIMG194 SIMG

CMGAS3 CBCM 3-pole gas operation mode SIMG MOD

CMGAS3 CBCM 3-pole gas behaviour SIMG BEH

CMGAS3 CBCM 3-pole gas status SIMG HEALTH

CMGAS3 CBCM 3-pole gas name plate SIMG NAMPLT

CMGAS3 CBCM 3-pole gas pressure low SIMG INSALM

CMSCHED Scheduled maintenance, CBCMmaintenance

CHEDGGIO189 GGIO

CMSCHED CBCM maintenance operation mode GGIO MOD

CMSCHED CBCM maintenance behaviour GGIO BEH

CMSCHED CBCM maintenance status GGIO HEALTH

CMSCHED CBCM maintenance name plate GGIO NAMPLT

CMSCHED CBCM scheduled maintenance alarm GGIO ALM

CMSPRC1 Spring charging control, CBCM spring SPRVGGIO190 GGIO

CMSPRC1 CBCM spring operation mode GGIO MOD

CMSPRC1 CBCM spring behaviour GGIO BEH

CMSPRC1 CBCM spring status GGIO HEALTH

CMSPRC1 CBCM spring name plate GGIO NAMPLT

CMSPRC1 CBCM spring charging time too longalarm

GGIO ALM

CMSPRC1 CBCM spring charging time too shortalarm

GGIO ALM1

CMTCS1 Trip circuit supervision, TCS 1 TCSGGIO191 GGIO

CMTCS1 TCS 1 operation mode GGIO MOD

CMTCS1 TCS 1 behaviour GGIO BEH

CMTCS1 TCS 1 status GGIO HEALTH

CMTCS1 TCS 1 name plate GGIO NAMPLT

CMTCS1 Trip circuit TCS 1 alarm GGIO ALM

CMTCS2 Trip circuit supervision, TCS 2 TCSGGIO192 GGIO

CMTCS2 TCS 2 operation mode GGIO MOD

CMTCS2 TCS 2 behaviour GGIO BEH

CMTCS2 TCS 2 status GGIO HEALTH

CMTCS2 TCS 2 name plate GGIO NAMPLT

CMTCS2 Trip circuit TCS 2 alarm GGIO ALM

CMTIME1 Operate time counter 1 for usedoperate time (motors), CBCM opr.time 1

TGGIO184 GGIO

CMTIME1 CBCM opr. time 1 operation mode GGIO MOD

CMTIME1 CBCM opr. time 1 behaviour GGIO BEH

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User's Guide

1MRS755312

37


CMTIME1 CBCM opr. time 1 status GGIO HEALTH

CMTIME1 CBCM opr. time 1 name plate GGIO NAMPLT

CMTIME1 CBCM operate time 1 alarm GGIO ALM

CMTIME2 Operate time counter 2 for usedoperate time (motors), CBCM opr.time 2

TGGIO185 GGIO

CMTIME2 CBCM opr. time 2 operation mode GGIO MOD

CMTIME2 CBCM opr. time 2 behaviour GGIO BEH

CMTIME2 CBCM opr. time 2 status GGIO HEALTH

CMTIME2 CBCM opr. time 2 name plate GGIO NAMPLT

CMTIME2 CBCM operate time 2 alarm GGIO ALM

CMVO3 Supervision of the Energizing VoltageInput Circuit, MCS U

SVCGGIO182 GGIO

CMVO3 MCS U operation mode GGIO MOD

CMVO3 MCS U behaviour GGIO BEH

CMVO3 MCS U status GGIO HEALTH

CMVO3 MCS U name plate GGIO NAMPLT

CMVO3 Voltage input circuit MCS U alarm GGIO ALM

CMTRAV1 Circuit breaker travel time, CBCM CBtravel

TRTGGIO193 GGIO

CMTRAV1 CBCM CB travel operation mode GGIO MOD

CMTRAV1 CBCM CB travel behaviour GGIO BEH

CMTRAV1 CBCM CB travel status GGIO HEALTH

CMTRAV1 CBCM CB travel name plate GGIO NAMPLT

CMTRAV1 CBCM circuit breaker travel timealarm

GGIO ALM

COCB1 Circuit breaker 1 interlocking CBCILO120 CILO

COCB1 CB 1 interlocking operation mode CILO MOD

COCB1 CB 1 interlocking behaviour CILO BEH

COCB1 CB 1 interlocking status CILO HEALTH

COCB1 CB 1 interlocking name plate CILO NAMPLT

COCB1 Circuit breaker 1 enable open CILO ENAOPN

COCB1 Circuit breaker 1 enable close CILO ENACLS

COCB1 Circuit breaker 1 control, I<->O CB1 CBCSWI120 CSWI

COCB1 CB 1 operation mode CSWI MOD

COCB1 CB 1 behaviour CSWI BEH

COCB1 CB 1 status CSWI HEALTH

COCB1 CB 1 name plate CSWI NAMPLT

COCB1 Circuit breaker 1 position CSWI POS

COCB1 Circuit breaker 1 information, I<->OCB1

CBXCBR120 XCBR

COCB1 CB 1 operation mode XCBR MOD

COCB1 CB 1 behaviour XCBR BEH

COCB1 CB 1 status XCBR HEALTH

COCB1 CB 1 name plate XCBR NAMPLT


User's Guide

1MRS755312


COCB1 Circuit breaker 1 local operation XCBR LOC

COCB1 Circuit breaker 1 operation counter XCBR OPCNT

COCB1 Circuit breaker 1 position XCBR POS

COCB1 Circuit breaker 1 opening blocked" XCBR BLKOPN

COCB1 Circuit breaker 1 closing blocked XCBR BLKCLS

COCB1 Circuit breaker 1 operating capability XCBR CBOPCAP

COCB2 Circuit breaker 2 interlocking CBCILO121 CILO

COCB2 CB 2 interlocking operation mode CILO MOD

COCB2 CB 2 interlocking behaviour CILO BEH

COCB2 CB 2 interlocking status CILO HEALTH

COCB2 CB 2 interlocking name plate CILO NAMPLT

COCB2 Circuit breaker 2 enable open CILO ENAOPN

COCB2 Circuit breaker 2 enable close CILO ENACLS

COCB2 Circuit breaker 2 control, I<->O CB2 CBCSWI121 CSWI

COCB2 CB 2 operation mode CSWI MOD

COCB2 CB 2 behaviour CSWI BEH

COCB2 CB 2 status CSWI HEALTH

COCB2 CB 2 name plate CSWI NAMPLT

COCB2 Circuit breaker 2 position CSWI POS

COCB2 Circuit breaker 2 information, I<->OCB2

CBXCBR121 XCBR

COCB2 CB 2 operation mode XCBR MOD

COCB2 CB 2 behaviour XCBR BEH

COCB2 CB 2 status XCBR HEALTH

COCB2 CB 2 name plate XCBR NAMPLT

COCB2 Circuit breaker 2 local operation XCBR LOC

COCB2 Circuit breaker 2 operation counter XCBR OPCNT

COCB2 Circuit breaker 2 position XCBR POS

COCB2 Circuit breaker 2 opening blocked" XCBR BLKOPN

COCB2 Circuit breaker 2 closing blocked XCBR BLKCLS

COCB2 Circuit breaker 2 operating capability XCBR CBOPCAP

CODC1 Disconnector 1 interlocking DCOCILO122 CILO

CODC1 DISC 1 interlocking operation mode CILO MOD

CODC1 DISC 1 interlocking behaviour CILO BEH

CODC1 DISC 1 interlocking status CILO HEALTH

CODC1 DISC 1 interlocking name plate CILO NAMPLT

CODC1 Disconnector 1 enable open CILO ENAOPN

CODC1 Disconnector 1 enable close CILO ENACLS

CODC1 Disconnector 1 control, I<->O DISC1 DCOCSWI122 CSWI

CODC1 DISC 1 operation mode CSWI MOD

CODC1 DISC 1 behaviour CSWI BEH

CODC1 DISC 1 status CSWI HEALTH

CODC1 DISC 1 name plate CSWI NAMPLT

CODC1 Disconnector 1 position CSWI POS

38


User's Guide

1MRS755312

39


CODC1 Disconnector 1 information, I<->ODISC1

DCOXSWI122 XSWI

CODC1 DISC 1 operation mode XSWI MOD

CODC1 DISC 1 behaviour XSWI BEH

CODC1 DISC 1 status XSWI HEALTH

CODC1 DISC 1 name plate XSWI NAMPLT

CODC1 Disconnector 1 local operation XSWI LOC

CODC1 Disconnector 1 operation counter XSWI OPCNT

CODC1 Disconnector 1 position XSWI POS

CODC1 Disconnector 1 opening blocked XSWI BLKOPN

CODC1 Disconnector 1 closing blocked XSWI BLKCLS

CODC1 Disconnector 1 operating capability XSWI SWOPCAP

CODC1 Disconnector 1 type XSWI SWTYP















DCOXSWI123 XSWI


















User's Guide

1MRS755312











DCOXSWI124 XSWI


























DCOXSWI125 XSWI









40


User's Guide

1MRS755312

41



















DCOXSWI126 XSWI












COIND1 Earth switch 1 control, I<->O ESW1 ESWCSWI127 CSWI

COIND1 ESW 1 operation mode CSWI MOD

COIND1 ESW 1 behaviour CSWI BEH

COIND1 ESW 1 status CSWI HEALTH

COIND1 ESW 1 name plate CSWI NAMPLT

COIND1 Earth switch 1 position CSWI POS

COIND1 Earth switch 1 information, I<->OESW1

ESWXSWI127 XSWI

COIND1 ESW 1 operation mode XSWI MOD

COIND1 ESW 1 behaviour XSWI BEH

COIND1 ESW 1 status XSWI HEALTH

COIND1 ESW 1 name plate XSWI NAMPLT

COIND1 Earth switch 1 local operation XSWI LOC

COIND1 Earth switch 1 operation counter XSWI OPCNT

COIND1 Earth switch 1 position XSWI POS


User's Guide

1MRS755312


COIND1 Earth switch 1 opening blocked XSWI BLKOPN

COIND1 Earth switch 1 closing blocked XSWI BLKCLS

COIND1 Earth switch 1 operating capability XSWI SWOPCAP

COIND1 Earth switch 1 type XSWI SWTYP

COIND2 Earth switch 2 control, I<->O ESW2 ESWCSWI128 CSWI

COIND2 ESW 2 operation mode CSWI MOD

COIND2 ESW 2 behaviour CSWI BEH

COIND2 ESW 2 status CSWI HEALTH

COIND2 ESW 2 name plate CSWI NAMPLT

COIND2 Earth switch 2 position CSWI POS

COIND2 Earth switch 2 information, I<->OESW2

ESWXSWI128 XSWI

COIND2 ESW 2 operation mode XSWI MOD

COIND2 ESW 2 behaviour XSWI BEH

COIND2 ESW 2 status XSWI HEALTH

COIND2 ESW 2 name plate XSWI NAMPLT

COIND2 Earth switch 2 local operation XSWI LOC

COIND2 Earth switch 2 operation counter XSWI OPCNT

COIND2 Earth switch 2 position XSWI POS

COIND2 Earth switch 2 opening blocked XSWI BLKOPN

COIND2 Earth switch 2 closing blocked XSWI BLKCLS

COIND2 Earth switch 2 operating capability XSWI SWOPCAP

COIND2 Earth switch 2 type XSWI SWTYP

COIND3 Object indication 3 control, I<->OIND3

ESWCSWI129 CSWI

COIND3 IND 3 operation mode CSWI MOD

COIND3 IND 3 behaviour CSWI BEH

COIND3 IND 3 status CSWI HEALTH

COIND3 IND 3 name plate CSWI NAMPLT

COIND3 Object indication 3 position CSWI POS

COIND3 Object indication 3 information, I<->OIND3

ESWXSWI129 XSWI

COIND3 IND 3 operation mode XSWI MOD

COIND3 IND 3 behaviour XSWI BEH

COIND3 IND 3 status XSWI HEALTH

COIND3 IND 3 name plate XSWI NAMPLT

COIND3 Object indication 3 local operation XSWI LOC

COIND3 Object indication 3 operation counter XSWI OPCNT

COIND3 Object indication 3 position XSWI POS

COIND3 Object indication 3 opening blocked XSWI BLKOPN

COIND3 Object indication 3 closing blocked XSWI BLKCLS

COIND3 Object indication 3 operatingcapability

XSWI SWOPCAP

COIND3 Object indication 3 type XSWI SWTYP

42


User's Guide

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43



ESWCSWI130 CSWI







ESWXSWI130 XSWI











XSWI SWOPCAP



ESWCSWI131 CSWI







ESWXSWI131 XSWI











XSWI SWOPCAP



ESWCSWI132 CSWI



User's Guide

1MRS755312







ESWXSWI132 XSWI











XSWI SWOPCAP



ESWCSWI133 CSWI







ESWXSWI133 XSWI











XSWI SWOPCAP



ESWCSWI134 CSWI





44


User's Guide

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45




ESWXSWI134 XSWI











XSWI SWOPCAP


CO3DC1 Three-state disconnector 1interlocking, I<->O 3-state DISC1

DCO3CILO139 CILO

CO3DC1 3-state DISC 1 interlocking operationmode

CILO MOD

CO3DC1 3-state DISC 1 interlocking behaviour CILO BEH

CO3DC1 3-state DISC 1 interlocking status CILO HEALTH

CO3DC1 3-state DISC 1 interlocking nameplate

CILO NAMPLT

CO3DC1 Three-state disconnector 1 enableopen

CILO ENAOPN

CO3DC1 Three-state disconnector 1 enableclose

CILO ENACLS

CO3DC1 Three-state disconnector 1 control,I<->O 3-state DISC1

DCO3CSWI139 CSWI

CO3DC1 3-state DISC 1 operation mode CSWI MOD

CO3DC1 3-state DISC 1 behaviour CSWI BEH

CO3DC1 3-state DISC 1 status CSWI HEALTH

CO3DC1 3-state DISC 1 name plate CSWI NAMPLT

CO3DC1 Three-state disconnector 1 positionOC

CSWI POS

CO3DC1 Three-state disconnector 1information, I<->O 3-state DISC1

DCO3XSWI139 XSWI

CO3DC1 3-state DISC 1 operation mode XSWI MOD

CO3DC1 3-state DISC 1 behaviour XSWI BEH

CO3DC1 3-state DISC 1 status XSWI HEALTH

CO3DC1 3-state DISC 1 name plate XSWI NAMPLT

CO3DC1 Three-state disconnector 1 localoperation

XSWI LOC

CO3DC1 Three-state disconnector 1 operationcounter

XSWI OPCNT


XSWI POS


User's Guide

1MRS755312


CO3DC1 Three-state disconnector 1 openingblocked

XSWI BLKOPN

CO3DC1 Three-state disconnector 1 closingblocked

XSWI BLKCLS

CO3DC1 Three-state disconnector 1 operatingcapability

XSWI SWOPCAP

CO3DC1 Three-state disconnector 1 type XSWI SWTYP


ESW3CILO139 CILO


CILO MOD




CILO NAMPLT

CO3DC1 Three-state disconnector 1 enablefree

CILO ENAOPN

CO3DC1 Three-state disconnector 1 enableearth

CILO ENACLS


ESWCSWI139 CSWI





CO3DC1 Three-state disconnector 1 positionFE

CSWI POS


ESW3XSWI139 XSWI






XSWI LOC


XSWI OPCNT


XSWI POS

CO3DC1 Three-state disconnector 1 freeingblocked

XSWI BLKOPN

CO3DC1 Three-state disconnector 1 earthingblocked

XSWI BLKCLS


XSWI SWOPCAP



DCO3CILO140 CILO

46


User's Guide

1MRS755312

47



CILO MOD




CILO NAMPLT

CO3DC2 Three-state disconnector 2 enableopen

CILO ENAOPN

CO3DC2 Three-state disconnector 2 enableclose

CILO ENACLS


DCO3CSWI140 CSWI






CSWI POS


DCO3XSWI140 XSWI






XSWI LOC


XSWI OPCNT


XSWI POS

CO3DC2 Three-state disconnector 2 openingblocked

XSWI BLKOPN

CO3DC2 Three-state disconnector 2 closingblocked

XSWI BLKCLS


XSWI SWOPCAP



ESW3CILO140 CILO


CILO MOD




CILO NAMPLT

CO3DC2 Three-state disconnector 2 enablefree

CILO ENAOPN


User's Guide

1MRS755312


CO3DC2 Three-state disconnector 2 enableearth

CILO ENACLS


ESWCSWI140 CSWI






CSWI POS


ESWXSWI140 XSWI






XSWI LOC


XSWI OPCNT


XSWI POS

CO3DC2 Three-state disconnector 2 freeingblocked

XSWI BLKOPN

CO3DC2 Three-state disconnector 2 earthingblocked

XSWI BLKCLS


XSWI SWOPCAP


COPFC Power factor controller, I<->O pf PFCARCO143 ARCO

COPFC I<->O pf operation mode ARCO MOD

COPFC I<->O pf behaviour ARCO BEH

COPFC I<->O pf status ARCO HEALTH

COPFC I<->O pf name plate ARCO NAMPLT

COPFC Power factor controller local operation ARCO LOC

COPFC Power factor controller manualstepping command

ARCO TAPCHG

DOC6LOW Three-phase directional O/C function,low-set stage, 3I>->

DIRPTOC35 PTOC

DOC6LOW 3I>-> operation mode PTOC MOD

DOC6LOW 3I>-> behaviour PTOC BEH

DOC6LOW 3I>-> health PTOC HEALTH

DOC6LOW 3I>-> name plate PTOC NAMPLT

DOC6LOW 3I>-> start PTOC STR

DOC6LOW 3I>-> trip PTOC OP

48


User's Guide

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49


DOC6LOW CB failure protection of three-phasedirectional O/C function, low-setstage, 3I>->

DIRRBRF35 RBRF

DOC6LOW 3I>-> CB failure protection operationmode

RBRF MOD

DOC6LOW 3I>-> CB failure protection behaviour RBRF BEH

DOC6LOW 3I>-> CB failure protection status RBRF HEALTH

DOC6LOW 3I>-> CB failure protection nameplate

RBRF NAMPLT

DOC6LOW 3I>-> circuit breaker failure RBRF OPEX

DOC6INST Three-phase directional o/c,instantaneous stage, 3I>>>->

DIRPTOC37 PTOC

DOC6INST 3I>>>-> operation mode PTOC MOD

DOC6INST 3I>>>-> behaviour PTOC BEH

DOC6INST 3I>>>-> health PTOC HEALTH

DOC6INST 3I>>>-> name plate PTOC NAMPLT

DOC6INST 3I>>>-> start PTOC STR

DOC6INST 3I>>>-> trip PTOC OP

DOC6INST CBFP of three-phase directional o/cfunction, instantaneous stage, 3I>>>->

DIRPTOC37 RBRF

DOC6INST 3I>>>-> CB failure protectionoperation mode

RBRF MOD

DOC6INST 3I>>>-> CB failure protectionbehaviour

RBRF BEH

DOC6INST 3I>>>-> CB failure protection status RBRF HEALTH

DOC6INST 3I>>>-> CB failure protection nameplate

RBRF NAMPLT

DOC6INST 3I>>>-> circuit breaker failure RBRF OPEX

DOC6HIGH Three-phase directional o/c, high-setstage, 3I>>->

DIRPTOC36 PTOC

DOC6HIGH 3I>>-> operation mode PTOC MOD

DOC6HIGH 3I>>-> behaviour PTOC BEH

DOC6HIGH 3I>>-> health PTOC HEALTH

DOC6HIGH 3I>>-> name plate PTOC NAMPLT

DOC6HIGH 3I>>-> start PTOC STR

DOC6HIGH 3I>>-> trip PTOC OP

DOC6HIGH CB failure protection of three-phasedirectional o/c function, high-setstage, 3I>>->

DIRRBRF36 RBRF

DOC6HIGH 3I>>-> CB failure protection operationmode

RBRF MOD

DOC6HIGH 3I>>-> CB failure protectionbehaviour

RBRF BEH

DOC6HIGH 3I>>-> CB failure protection status RBRF HEALTH

DOC6HIGH 3I>>-> CB failure protection nameplate

RBRF NAMPLT


User's Guide

1MRS755312


DOC6HIGH 3I>>-> circuit breaker failure RBRF OPEX

DEF2LOW Directional earth-fault, low-set stage,Io>->

DEFPTOC40 PTOC

DEF2LOW Io>-> operation mode PTOC MOD

DEF2LOW Io>-> behaviour PTOC BEH

DEF2LOW Io>-> health PTOC HEALTH

DEF2LOW Io>-> name plate PTOC NAMPLT

DEF2LOW Io>-> start PTOC STR

DEF2LOW Io>-> trip PTOC OP

DEF2LOW Circuit breaker failure protection ofdirectional earth-fault, low-set stage,Io>->

DEFRBRF40 RBRF

DEF2LOW Io>-> CB failure protection operationmode

RBRF MOD

DEF2LOW Io>-> CB failure protection behaviour RBRF BEH

DEF2LOW Io>-> CB failure protection status RBRF HEALTH

DEF2LOW Io>-> CB failure protection nameplate

RBRF NAMPLT

DEF2LOW Io>-> circuit breaker failure RBRF OPEX

DEF2INST Directional earth-fault, instantaneousstage, Io>>>->

DEFPTOC42 PTOC

DEF2INST Io>>>-> operation mode PTOC MOD

DEF2INST Io>>>-> behaviour PTOC BEH

DEF2INST Io>>>-> health PTOC HEALTH

DEF2INST Io>>>-> name plate PTOC NAMPLT

DEF2INST Io>>>-> start PTOC STR

DEF2INST Io>>>-> trip PTOC OP

DEF2INST Circuit breaker failure protection ofdirectional earth-fault, instantaneousstage, Io>>>->

DEFRBRF42 RBRF

DEF2INST Io>>>-> CB failure protectionoperation mode

RBRF MOD

DEF2INST Io>>>-> CB failure protectionbehaviour

RBRF BEH

DEF2INST Io>>>-> CB failure protection status RBRF HEALTH

DEF2INST Io>>>-> CB failure protection nameplate

RBRF NAMPLT

DEF2INST Io>>>-> circuit breaker failure RBRF OPEX

DEF2HIGH Directional earth-fault, high-set stage,Io>>->

DEFPTOC41 PTOC

DEF2HIGH Io>>-> operation mode PTOC MOD

DEF2HIGH Io>>-> behaviour PTOC BEH

DEF2HIGH Io>>-> health PTOC HEALTH

DEF2HIGH Io>>-> name plate PTOC NAMPLT

DEF2HIGH Io>>-> start PTOC STR

DEF2HIGH Io>>-> trip PTOC OP

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51


DEF2HIGH Circuit breaker failure protection ofdirectional earth-fault, high-set stage,Io>>->

DEFRBRF41 RBRF

DEF2HIGH Io>>-> CB failure protection operationmode

RBRF MOD

DEF2HIGH Io>>-> CB failure protectionbehaviour

RBRF BEH

DEF2HIGH Io>>-> CB failure protection status RBRF HEALTH

DEF2HIGH Io>>-> CB failure protection nameplate

RBRF NAMPLT

DEF2HIGH Io>>-> circuit breaker failure RBRF OPEX

CUB3LOW Phase discontinuity protection, Iub> CUBPTOC51 PTOC

CUB3LOW Iub> operation mode PTOC MOD

CUB3LOW Iub> behaviour PTOC BEH

CUB3LOW Iub> status PTOC HEALTH

CUB3LOW Iub> name plate PTOC NAMPLT

CUB3LOW Iub> start PTOC STR

CUB3LOW Iub> trip PTOC OP

CUB3LOW Circuit breaker failure protection ofphase discontinuity protection, Iub>

CUBPTOC51 RBRF

CUB3LOW Iub> CB failure protection operationmode

RBRF MOD

CUB3LOW Iub> CB failure protection behaviour RBRF BEH

CUB3LOW Iub> CB failure protection status RBRF HEALTH

CUB3LOW Iub> CB failure protection name plate RBRF NAMPLT

CUB3LOW Iub> circuit breaker failure RBRF OPEX

CUB3CAP Three-phase unbalance protection,3dI>C

CUBPTOC52 PTOC

CUB3CAP 3dI>C operation mode PTOC MOD

CUB3CAP 3dI>C behaviour PTOC BEH

CUB3CAP 3dI>C status PTOC HEALTH

CUB3CAP 3dI>C name plate PTOC NAMPLT

CUB3CAP 3dI>C start PTOC STR

CUB3CAP 3dI>C trip PTOC OP

CUB3CAP 3dI>C alarm start PTOC STR1

CUB3CAP 3dI>C alarm PTOC OP1

CUB3CAP Circuit breaker for failure protection ofthree-phase unbalance protection,3dI>C

CUBRBRF52 RBRF

CUB3CAP 3dI>C CB failure protection operationmode

RBRF MOD

CUB3CAP 3dI>C CB failure protection behaviour RBRF BEH

CUB3CAP 3dI>C CB failure protection status RBRF HEALTH

CUB3CAP 3dI>C CB failure protection nameplate

RBRF NAMPLT

CUB3CAP 3dI>C circuit breaker failure RBRF OPEX


User's Guide

1MRS755312


CUB1CAP Unbalance protection for capacitorbanks, dI>C

CUBPTOC117 PTOC

CUB1CAP dI>C operation mode PTOC MOD

CUB1CAP dI>C behaviour PTOC BEH

CUB1CAP dI>C status PTOC HEALTH

CUB1CAP dI>C name plate PTOC NAMPLT

CUB1CAP dI>C start PTOC STR

CUB1CAP dI>C trip PTOC OP

CUB1CAP dI>C alarm start PTOC STR1

CUB1CAP dI>C alarm PTOC OP1

CUB1CAP Circuit breaker for failure protectionfor unbalance protection for capacitorbanks, dI>C

CUBRBRF117 RBRF

CUB1CAP dI>C CB failure protection operationmode

RBRF MOD

CUB1CAP dI>C CB failure protection behaviour RBRF BEH

CUB1CAP dI>C CB failure protection status RBRF HEALTH

CUB1CAP IdI>C CB failure protection nameplate

RBRF NAMPLT

CUB1CAP dI>C circuit breaker failure RBRF OPEX

FUSEFAIL Fuse failure supervision, FUSEF RFUF118 RFUF

FUSEFAIL FUSEF operation mode RFUF MOD

FUSEFAIL FUSEF behaviour RFUF BEH

FUSEFAIL FUSEF status RFUF HEALTH

FUSEFAIL FUSEF name plate RFUF NAMPLT

FUSEFAIL FUSEF local operation RFUF LOC

FUSEFAIL FUSEF fuse failure RFUF FUFAIL

FREQ1ST1 Overfrequency protection stage 1,timer 1, f>

T1PTOF72 PTOF

FREQ1ST1 f> stage 1 operation mode PTOF MOD

FREQ1ST1 f> stage 1 behaviour PTOF BEH

FREQ1ST1 f> stage 1 status PTOF HEALTH

FREQ1ST1 f> stage 1 name plate PTOF NAMPLT

FREQ1ST1 f> stage 1, timer 1 start PTOF STR

FREQ1ST1 f> stage 1, timer 1 trip PTOF OP

FREQ1ST1 Underfrequency protection stage 1,timer 1, f<

T1PTUF72 PTUF

FREQ1ST1 f< stage 1 operation mode PTUF MOD

FREQ1ST1 f< stage 1 behaviour PTUF BEH

FREQ1ST1 f< stage 1 status PTUF HEALTH

FREQ1ST1 f< stage 1 name plate PTUF NAMPLT

FREQ1ST1 f< stage 1, timer 1 start PTUF STR

FREQ1ST1 f< stage 1, timer 1 trip PTUF OP


T2PTOF72 PTOF


52


User's Guide

1MRS755312

53








T2PTUF72 PTUF







FREQ1ST1 Frequency rate of change protectionstage 1, df/dt

PFRC72 PFRC

FREQ1ST1 df/dt stage 1 operation mode PFRC MOD

FREQ1ST1 df/dt stage 1 behaviour PFRC BEH

FREQ1ST1 df/dt stage 1 status PFRC HEALTH

FREQ1ST1 df/dt stage 1 name plate PFRC NAMPLT

FREQ1ST1 df/dt stage 1 start PFRC STR

FREQ1ST1 df/dt stage 1 trip PFRC OP


T1PTOF73 PTOF








T1PTUF73 PTUF








T2PTOF73 PTOF








User's Guide

1MRS755312



T2PTUF73 PTUF








PFRC73 PFRC








T1PTOF74 PTOF








T1PTUF74 PTUF








T2PTOF74 PTOF








T2PTUF74 PTUF




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User's Guide

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55






PFRC74 PFRC








T1PTOF75 PTOF








T1PTUF75 PTUF








T2PTOF75 PTOF








T2PTUF75 PTUF








PFRC75 PFRC


User's Guide

1MRS755312









T1PTOF76 PTOF








T1PTUF76 PTUF








T2PTOF76 PTOF








T2PTUF76 PTUF








PFRC76 PFRC






56


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57



INRUSH3 Three-phase transformer inrush andmotor start-up current detector, 3I2f>

INRPHR34 PHAR

INRUSH3 3I2f> operation mode PHAR MOD

INRUSH3 3I2f> behaviour PHAR BEH

INRUSH3 3I2f> status PHAR HEALTH

INRUSH3 3I2f> name plate PHAR NAMPLT

INRUSH3 3I2f> start PHAR STR

MEAI1 General measurement 1, MEAS1 GMGGIO213 GGIO

MEAI1 MEAS 1 operation mode GGIO MOD

MEAI1 MEAS 1 behaviour GGIO BEH

MEAI1 MEAS 1 status GGIO HEALTH

MEAI1 MEAS 1 name plate GGIO NAMPLT

MEAI1 MEAS 1 measured value GGIO ANIN
































User's Guide

1MRS755312














MECU1A Neutral current measurement, stageA, Io

IMMXU200 MMXU

MECU1A Io stage A operation mode MMXU MOD

MECU1A Io stage A behaviour MMXU BEH

MECU1A Io stage A status MMXU HEALTH

MECU1A Io stage A name plate MMXU NAMPLT

MECU1A Io neutral current measurement MMXU A

MECU1B Neutral current measurement, stageB, Io

IMMXU203 MMXU

MECU1B Io stage B operation mode MMXU MOD

MECU1B Io stage B behaviour MMXU BEH

MECU1B Io stage B status MMXU HEALTH

MECU1B Io stage B name plate MMXU NAMPLT

MECU1B Io neutral current measurement MMXU A

MECU3A Three-phase current measurement,stage A, 3I

IMMXU200 MMXU

MECU3A 3I stage A operation mode MMXU MOD

MECU3A 3I stage A behaviour MMXU BEH

MECU3A 3I stage A status MMXU HEALTH

MECU3A 3I stage A name plate MMXU NAMPLT

MECU3A 3I 3-phase current measurement MMXU A

MECU3B Three-phase current measurement,stage B, 3I

IMMXU202 MMXU

MECU3B 3I stage B operation mode MMXU MOD

MECU3B 3I stage B behaviour MMXU BEH

MECU3B 3I stage B status MMXU HEALTH

MECU3B 3I stage B name plate MMXU NAMPLT

MECU3B 3I 3-phase current measurement MMXU A

MEVO1A Residual voltage measurement,stage A, Uo

UMMXU205 MMXU

MEVO1A Uo stage A operation mode MMXU MOD

MEVO1A Uo stage A behaviour MMXU BEH

MEVO1A Uo stage A status MMXU HEALTH

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59


MEVO1A Uo stage A name plate MMXU NAMPLT

MEVO1A Uo phase to phase voltage MMXU PPV

MEVO1A Uo phase to ground voltage MMXU PHV

MEVO1B Residual voltage measurement,stage B, Uo

UMMXU226 MMXU

MEVO1B Uo stage B operation mode MMXU MOD

MEVO1B Uo stage B behaviour MMXU BEH

MEVO1B Uo stage B status MMXU HEALTH

MEVO1B Uo stage B name plate MMXU NAMPLT

MEVO1B Uo phase to phase voltage MMXU PPV

MEVO1B Uo phase to ground voltage MMXU PHV

MEVO3A Three-phase voltage measurement,stage A, 3U

UMMXU204 MMXU

MEVO3A 3U stage A operation mode MMXU MOD

MEVO3A 3U stage A behaviour MMXU BEH

MEVO3A 3U stage A status MMXU HEALTH

MEVO3A 3U stage A name plate MMXU NAMPLT

MEVO3A 3U phase to phase voltages MMXU PPV

MEVO3A 3U phase to ground voltages MMXU PHV

MEVO3B Three-phase voltage measurement,stage B, 3U

UMMXU206 MMXU

MEVO3B 3U stage B operation mode MMXU MOD

MEVO3B 3U stage B behaviour MMXU BEH

MEVO3B 3U stage B status MMXU HEALTH

MEVO3B 3U stage B name plate MMXU NAMPLT

MEVO3B 3U phase to phase voltages MMXU PPV

MEVO3B 3U phase to ground voltages MMXU PHV

MEFR1 System frequency measurement, f FMMXU208 MMXU

MEFR1 f operation mode MMXU MOD

MEFR1 f behaviour MMXU BEH

MEFR1 f status MMXU HEALTH

MEFR1 f name plate MMXU NAMPLT

MEFR1 f system frequency MMXU HZ

MEPE7 Three-phase energy metering, E WMMTR207 MMTR

MEPE7 E operation mode MMTR MOD

MEPE7 E behaviour MMTR BEH

MEPE7 E status MMTR HEALTH

MEPE7 E name plate MMTR NAMPLT

MEPE7 Active energy measurement MMTR SUPWH

MEPE7 Reactive energy measurement MMTR SUPVARH

MEPE7 Active energy demand measurement MMTR DMDWH

MEPE7 Reactive energy demandmeasurement

MMTR DMDVARH

MEPE7 Three-phase power and energymeasurement, P,Q,pf

PMMXU207 MMXU


User's Guide

1MRS755312


MEPE7 P,Q,pf operation mode MMXU MOD

MEPE7 P,Q,pf behaviour MMXU BEH

MEPE7 P,Q,pf status MMXU HEALTH

MEPE7 P,Q,pf name plate MMXU NAMPLT

MEPE7 P active power measurement MMXU TOTW

MEPE7 Q reactive power measurement MMXU TOTVAR

MEPE7 pf power factor measurement MMXU TOTPF

MOTSTART Three-phase start-up supervision formotors, Is2t n<

PMSS54 PMSS

MOTSTART Is2t n< operation mode PMSS MOD

MOTSTART Is2t n< behaviour PMSS BEH

MOTSTART Is2t n< status PMSS HEALTH

MOTSTART Is2t n< name plate PMSS NAMPLT

MOTSTART Is2t n< start PMSS STR

MOTSTART Is2t n< trip PMSS OP

MOTSTART Three-phase start-up supervision formotors, restart inhibition, Is2t n<

PMRI54 PMRI

MOTSTART Is2t n< restart inh. operation mode PMRI MOD

MOTSTART ls2t n< restart inh. behaviour PMRI BEH

MOTSTART ls2t n< restart inh. status PMRI HEALTH

MOTSTART ls2t n< restart inh. name plate PMRI NAMPLT

MOTSTART ls2t n< restart inhibited PMRI STRINH

OV3HIGH Three-phase overvoltage, high-setstage, 3U>>

PHPTOV63 PTOV

OV3HIGH 3U>> operation mode PTOV MOD

OV3HIGH 3U>> behaviour PTOV BEH

OV3HIGH 3U>> status PTOV HEALTH

OV3HIGH 3U>> name plate PTOV NAMPLT

OV3HIGH 3U>> start PTOV STR

OV3HIGH 3U>> trip PTOV OP

OV3LOW Three-phase overvoltage, low-setstage, 3U>

PHPTOV62 PTOV

OV3LOW 3U> operation mode PTOV MOD

OV3LOW 3U> behaviour PTOV BEH

OV3LOW 3U> status PTOV HEALTH

OV3LOW 3U> name plate PTOV NAMPLT

OV3LOW 3U> start PTOV STR

OV3LOW 3U> trip PTOV OP

NEF1HIGH Non-directional earth-fault protectionfunction, high-set stage, Io>>

EFPTOC39 PTOC

NEF1HIGH Io>> operation mode PTOC MOD

NEF1HIGH Io>> behaviour PTOC BEH

NEF1HIGH Io>> status PTOC HEALTH

NEF1HIGH Io>> name plate PTOC NAMPLT

NEF1HIGH Io>> start PTOC STR

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NEF1HIGH Io>> trip PTOC OP

NEF1HIGH CBFP of non-directional earth-faultprotection function, high-set stage,I0>>

EFRBRF39 RBRF

NEF1HIGH Io>> CB failure protection operationmode

RBRF MOD

NEF1HIGH Io>> CB failure protection behaviour RBRF BEH

NEF1HIGH Io>> CB failure protection status RBRF HEALTH

NEF1HIGH Io>> CB failure protection name plate RBRF NAMPLT

NEF1HIGH Io>> circuit breaker failure RBRF OPEX

NEF1INST Non-directional earth-fault protectionfunction, instantaneous stage, Io>>>

EFPTOC90 PTOC

NEF1INST Io>>> operation mode PTOC MOD

NEF1INST Io>>> behaviour PTOC BEH

NEF1INST Io>>> status PTOC HEALTH

NEF1INST Io>>> name plate PTOC NAMPLT

NEF1INST Io>>> start PTOC STR

NEF1INST Io>>> trip PTOC OP

NEF1INST CBFP of non-directional earth-faultprotection function, instantaneousstage, Io>>>

EFRBRF90 RBRF

NEF1INST Io>>> CB failure protection operationmode

RBRF MOD

NEF1INST Io>>> CB failure protection behaviour RBRF BEH

NEF1INST Io>>> CB failure protection status RBRF HEALTH

NEF1INST Io>>> CB failure protection nameplate

RBRF NAMPLT

NEF1INST Io>>> circuit breaker failure RBRF OPEX

NEF1LOW Non-directional earth-fault protectionfunction, low-set stage, Io>

EFPTOC38 PTOC

NEF1LOW Io> operation mode PTOC MOD

NEF1LOW Io> behaviour PTOC BEH

NEF1LOW Io> status PTOC HEALTH

NEF1LOW Io> name plate PTOC NAMPLT

NEF1LOW Io> start PTOC STR

NEF1LOW Io> trip PTOC OP

NEF1LOW CB failure protection of non-directional earth-fault protectionfunction, low-set stage, Io>

EFRBRF38 RBRF

NEF1LOW Io> CB failure protection operationmode

RBRF MOD

NEF1LOW Io> CB failure protection behaviour RBRF BEH

NEF1LOW Io> CB failure protection status RBRF HEALTH

NEF1LOW Io> CB failure protection name plate RBRF NAMPLT

NEF1LOW Io> circuit breaker failure RBRF OPEX


User's Guide

1MRS755312


NOC3HIGH Three-phase non-directionalovercurrent function, high-set stage,3I>>

PHPTOC32 PTOC

NOC3HIGH 3I>> operation mode PTOC MOD

NOC3HIGH 3I>> behaviour PTOC BEH

NOC3HIGH 3I>> status PTOC HEALTh

NOC3HIGH 3I>> name plate PTOC NAMPLT

NOC3HIGH 3I>> start PTOC STR

NOC3HIGH 3I>> trip PTOC OP

NOC3HIGH CBFP of three-phase non-directionalovercurrent function, high-set stage,3I>>

PHRBRF32 RBRF

NOC3HIGH 3I>> CB failure protection operationmode

RBRF MOD

NOC3HIGH 3I>> CB failure protection behaviour RBRF BEH

NOC3HIGH 3I>> CB failure protection status RBRF HEALTh

NOC3HIGH 3I>> CB failure protection name plate RBRF NAMPLT

NOC3HIGH 3I>> circuit breaker failure RBRF OPEX

NOC3INST Three-phase non-directionalovercurrent protection function,instantaneous stage, 3I>>>

PHPTOC33 PTOC

NOC3INST 3I>>> operation mode PTOC MOD

NOC3INST 3I>>> behaviour PTOC BEH

NOC3INST 3I>>> status PTOC HEALTh

NOC3INST 3I>>> name plate PTOC NAMPLT

NOC3INST 3I>>> start PTOC STR

NOC3INST 3I>>> trip PTOC OP

NOC3INST Three-phase non-directionalovercurrent protection function,instantaneous stage, 3I>>>

PHPIOC33 PIOC

NOC3INST 3I>>> operation mode PIOC MOD

NOC3INST 3I>>> behaviour PIOC BEH

NOC3INST 3I>>> status PIOC HEALTh

NOC3INST 3I>>> name plate PIOC NAMPLT

NOC3INST 3I>>> start PIOC STR

NOC3INST 3I>>> trip PIOC OP

NOC3INST CBFP of 3-phase non-directionalovercurrent protection function, inst.stage, 3I>>>

PHRBRF33 RBRF

NOC3INST 3I>>> CB failure protection operationmode

RBRF MOD

NOC3INST 3I>>> CB failure protection behaviour RBRF BEH

NOC3INST 3I>>> CB failure protection status RBRF HEALTh

NOC3INST 3I>>> CB failure protection nameplate

RBRF NAMPLT

NOC3INST 3I>>> circuit breaker failure RBRF OPEX

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63


NOC3LOW Three-phase non-directionalovercurrent function, low-set stage,3I>

PHPTOC31 PTOC

NOC3LOW 3I> operation mode PTOC MOD

NOC3LOW 3I> behaviour PTOC BEH

NOC3LOW 3I> status PTOC HEALTh

NOC3LOW 3I> name plate PTOC NAMPLT

NOC3LOW 3I> start PTOC STR

NOC3LOW 3I> trip PTOC OP

NOC3LOW CBFP of three-phase non-directionalovercurrent function, low-set stage,3I>

PHRBRF33 RBRF

NOC3LOW 3I> CB failure protection operationmode

RBRF MOD

NOC3LOW 3I> CB failure protection behaviour RBRF BEH

NOC3LOW 3I> CB failure protection status RBRF HEALTh

NOC3LOW 3I> CB failure protection name plate RBRF NAMPLT

NOC3LOW 3I> circuit breaker failure RBRF OPEX

OL3CAP Three-phase overload protection forshunt capacitor banks, 3I>

OLCPTOC116 PTOC

OL3CAP 3I> operation mode PTOC MOD

OL3CAP 3I> behaviour PTOC BEH

OL3CAP 3I> status PTOC HEALTH

OL3CAP 3I> name plate PTOC NAMPLT

OL3CAP 3I> start PTOC STR

OL3CAP 3I> trip PTOC OP

OL3CAP 3I> alarm PTOC OP1

OL3CAP Circuit breaker failure protection ofthree-phase overload protection forcapacitors, 3I>

OLCRBRF116 RBRF

OL3CAP 3I> 3I< CB failure protectionoperation mode

RBRF MOD

OL3CAP 3I> 3I< CB failure protectionbehaviour

RBRF BEH

OL3CAP 3I> 3I< CB failure protection status RBRF HEALTH

OL3CAP 3I> 3I< CB failure protection nameplate

RBRF NAMPLT

OL3CAP 3I> 3I< circuit breaker failure RBRF OPEX

OL3CAP Undercurrent protection for capacitorbanks, 3I<

OLCPTUC116 PTUC

OL3CAP 3I< operation mode PTUC MOD

OL3CAP 3I< behaviour PTUC BEH

OL3CAP 3I< status PTUC HEALTH

OL3CAP 3I< name plate PTUC NAMPLT

OL3CAP 3I< start PTUC STR

OL3CAP 3I< trip PTUC OP


User's Guide

1MRS755312


UV3LOW Three-phase undervoltage, low-setstage, 3U<

PHPTUV64 PTUV

UV3LOW 3U< operation mode PTUV MOD

UV3LOW 3U< behaviour PTUV BEH

UV3LOW 3U< status PTUV HEALTH

UV3LOW 3U< name plate PTUV NAMPLT

UV3LOW 3U< start PTUV STR

UV3LOW 3U< trip PTUV OP

UV3HIGH Three-phase undervoltage, high-setstage, 3U<<

PHPTUV65 PTUV

UV3HIGH 3U<< operation mode PTUV MOD

UV3HIGH 3U<< behaviour PTUV BEH

UV3HIGH 3U<< status PTUV HEALTH

UV3HIGH 3U<< name plate PTUV NAMPLT

UV3HIGH 3U<< start PTUV STR

UV3HIGH 3U<< trip PTUV OP

TOL3DEV Three-phase thermal protection fordevices, 3Ithdev>

DEVPTTR48 PTTR

TOL3DEV 3Ithdev> operation mode PTTR MOD

TOL3DEV 3Ithdev> behaviour PTTR BEH

TOL3DEV 3Ithdev> status PTTR HEALTH

TOL3DEV 3Ithdev> name plate PTTR NAMPLT

TOL3DEV 3Ithdev> trip combined PTTR OP

TOL3DEV 3Ithdev> trip stator PTTR OP1

TOL3DEV 3Ithdev> trip rotor PTTR OP2

TOL3DEV 3Ithdev> thermal alarm PTTR ALMTHM

TOL3DEV 3Ithdev> thermal alarm stator PTTR ALMTHM1

TOL3DEV 3Ithdev> thermal alarm rotor PTTR ALMTHM2

TOL3CAB Three-phase thermal protection forcables, 3Ith>

CABPTTR47 PTTR

TOL3CAB 3Ith> operation mode PTTR MOD

TOL3CAB 3Ith> behaviour PTTR BEH

TOL3CAB 3Ith> status PTTR HEALTH

TOL3CAB 3Ith> name plate PTTR NAMPLT

TOL3CAB 3Ith> trip PTTR OP

TOL3CAB 3Ith> thermal alarm PTTR ALMTHM

PQCU3H Current waveform distortionmeasurement, 3I~harm

PQMHAI512 MHAI

PQCU3H 3I~harm operation mode MHAI MOD

PQCU3H 3I~harm behaviour MHAI BEH

PQCU3H 3I~harm status MHAI HEALTH

PQCU3H 3I~harm name plate MHAI NAMPLT

PQCU3H 3I~harm current total harmonicdistortion

MHAI THDA

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User's Guide

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65


PQCU3H 3I~harm 3 s aver. value of totalharmonic distortion (%)

MHAI THDA1

PQCU3H 3I~harm short time sliding aver. valueof total harmonic distortion (%)

MHAI THDA2

PQVO3H Voltage waveform distortionmeasurement, 3U~harm

PQMHAI513 MHAI

PQVO3H 3U~harm operation mode MHAI MOD

PQVO3H 3U~harm behaviour MHAI BEH

PQVO3H 3U~harm status MHAI HEALTH

PQVO3H 3U~harm name plate MHAI NAMPLT

PQVO3H 3U~harm sequence of harmonics andinterharmonics phase to phasevoltages

MHAI HPPV

PQVO3H 3U~harm current total harmonic orinterharmonic distortion

MHAI THDODDA

PSV3ST1 Negative-phase-sequenceovervoltage protection, stage 1, U2>

NSPTOV112 PTOV

PSV3ST1 U2> stage 1 operation mode PTOV MOD

PSV3ST1 U2> stage 1 behaviour PTOV BEH

PSV3ST1 U2> stage 1 status PTOV HEALTH

PSV3ST1 U2> stage 1 name plate PTOV NAMPLT

PSV3ST1 U2> start PTOV STR

PSV3ST1 U2> trip PTOV OP

PSV3ST1 Positive-phase-sequenceundervoltage protection, stage 1, U1<

PSPTUV112 PTUV

PSV3ST1 U1< stage 1 operation mode PTUV MOD

PSV3ST1 U1< stage 1 behaviour PTUV BEH

PSV3ST1 U1< stage 1 status PTUV HEALTH

PSV3ST1 U1< stage 1 name plate PTUV NAMPLT

PSV3ST1 U1< start PTUV STR

PSV3ST1 U1< trip PTUV OP

PSV3ST1 Positive-phase-sequenceovervoltage protection, stage 1, U1>

PSPTOV112 PTOV







PSV3ST2 Negative-phase-sequenceovervoltage protection, stage 2, U2>

NSPTOV113 PTOV







User's Guide

1MRS755312



PSV3ST2 Positive-phase-sequenceundervoltage protection, stage 2, U1<

PSPTUV113 PTUV

PSV3ST2 U1< stage 2 operation mode PTUV MOD

PSV3ST2 U1< stage 2 behaviour PTUV BEH

PSV3ST2 U1< stage 2 status PTUV HEALTH

PSV3ST2 U1< stage 2 name plate PTUV NAMPLT

PSV3ST2 U1< start PTUV STR

PSV3ST2 U1< trip PTUV OP

PSV3ST2 Positive-phase-sequenceovervoltage protection, stage 2, U1>

PSPTOV113 PTOV







ROV1HIGH Residual overvoltage, high-set stage,Uo>>

RESPTOV45 PTOV

ROV1HIGH Uo>> operation mode PTOV MOD

ROV1HIGH Uo>> behaviour PTOV BEH

ROV1HIGH Uo>> status PTOV HEALTH

ROV1HIGH Uo>> name plate PTOV NAMPLT

ROV1HIGH Uo>> start PTOV STR

ROV1HIGH Uo>> trip PTOV OP

ROV1INST Residual overvoltage, instantaneousstage, Uo>>>

RESPTOV46 PTOV

ROV1INST Uo>>> operation mode PTOV MOD

ROV1INST Uo>>> behaviour PTOV BEH

ROV1INST Uo>>> status PTOV HEALTH

ROV1INST Uo>>> name plate PTOV NAMPLT

ROV1INST Uo>>> start PTOV STR

ROV1INST Uo>>> trip PTOV OP

ROV1LOW Residual overvoltage, low-set stage,Uo>

RESPTOV44 PTOV

ROV1LOW Uo> operation mode PTOV MOD

ROV1LOW Uo> behaviour PTOV BEH

ROV1LOW Uo> status PTOV HEALTH

ROV1LOW Uo> name plate PTOV NAMPLT

ROV1LOW Uo> start PTOV STR

ROV1LOW Uo> trip PTOV OP

SCVCST1 Synchro-check/voltage check, stage1, SYNC

RSYN70 RSYN

SCVCST1 SYNC stage 1 operation mode RSYN MOD

SCVCST1 SYNC stage 1 behaviour RSYN BEH

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SCVCST1 SYNC stage 1 status RSYN HEALTH

SCVCST1 SYNC stage 1 name plate RSYN NAMPLT

SCVCST1 SYNC closing permission given RSYN REL

SCVCST2 Synchro-check/voltage check, stage2, SYNC

RSYN71 RSYN

SCVCST2 SYNC stage 2 operation mode RSYN MOD

SCVCST2 SYNC stage 2 behaviour RSYN BEH

SCVCST2 SYNC stage 2 status RSYN HEALTH

SCVCST2 SYNC stage 2 name plate RSYN NAMPLT

SCVCST2 SYNC closing permission given RSYN REL

DIFF6T Stabilized three-phase differentialprotection for generators, 3DI>,3DI>>

GENPDIF106 PDIF

DIFF6T Operation mode PDIF MOD

DIFF6T Behaviour PDIF BEH

DIFF6T Status PDIF HEALTH

DIFF6T Name plate PDIF NAMPLT

DIFF6T 3DI> trip PDIF OP

DIFF6T 3DI>> trip PDIF OP1

DIFF6T CB failure protection of stabilizedthree-phase differential protection forgenerators

GENRBRF106 RBRF

DIFF6T CB failure protection operation mode RBRF MOD

DIFF6T CB failure protection behaviour RBRF BEH

DIFF6T CB failure protection status RBRF HEALTH

DIFF6T CB failure protection name plate RBRF NAMPLT

DIFF6T 3DI>/3DI>> circuit breaker failure RBRF OPEX

UE6HIGH Three-phase underexcitationprotection, high-set stage, X<<

PDIR67 PDIR

UE6HIGH X<< operation mode PDIR MOD

UE6HIGH X<< behaviour PDIR BEH

UE6HIGH X<< status PDIR HEALTH

UE6HIGH X<< name plate PDIR NAMPLT

UE6HIGH X<< start PDIR STR

UE6HIGH X<< trip PDIR OP

UE6HIGH Directional underpower of three-phase underexcitation protection,high-set stage, X<<

PDUP67 PDUP

UE6HIGH X<< operation mode PDUP MOD

UE6HIGH X<< behaviour PDUP BEH

UE6HIGH X<< status PDUP HEALTH

UE6HIGH X<< name plate PDUP NAMPLT

UE6HIGH X<< start PDUP STR

UE6HIGH X<< operate PDUP OP


User's Guide

1MRS755312


UE6HIGH CB failure protection of three-phaseunderexcitation protection, high-setstage, X<<

RBRF67 RBRF

UE6HIGH X<< CB failure protection operationmode

RBRF MOD

UE6HIGH X<< CB failure protection behaviour RBRF BEH

UE6HIGH X<< CB failure protection status RBRF HEALTH

UE6HIGH X<< CB failure protection name plate RBRF NAMPLT

UE6HIGH X<< Circuit breaker failure RBRF OPEX

UE6LOW Three-phase underexcitationprotection, low-set stage, X<

UEPDIS66 PDIS

UE6LOW X< operation mode PDIS MOD

UE6LOW X< behaviour PDIS BEH

UE6LOW X< status PDIS HEALTH

UE6LOW X< name plate PDIS NAMPLT

UE6LOW X< start PDIS STR

UE6LOW X< trip PDIS OP

UE6LOW Circuit breaker failure protection ofphase underexcitation protection,low-set stage, X<

UERBRF66 RBRF

UE6LOW X< CB failure protection operationmode

RBRF MOD

UE6LOW X< CB failure protection behaviour RBRF BEH

UE6LOW X< CB failure protection status RBRF HEALTH

UE6LOW X< CB failure protection name plate RBRF NAMPLT

UE6LOW X< circuit breaker failure RBRF OPEX

UI6HIGH Three-phase underimpedanceprotection, high-set stage, Z<<

PDIS111 PDIS

UI6HIGH Z<< operation mode PDIS MOD

UI6HIGH Z<< behaviour PDIS BEH

UI6HIGH Z<< status PDIS HEALTH

UI6HIGH Z<< name plate PDIS NAMPLT

UI6HIGH Z<< start PDIS STR

UI6HIGH Z<< trip PDIS OP

UI6HIGH CB failure protection of three-phaseunderimpedance protection, high-setstage, Z<<

RBRF111 RBRF

UI6HIGH Z<< CB failure protection operationmode

RBRF MOD

UI6HIGH Z<< CB failure protection behaviour RBRF BEH

UI6HIGH Z<< CB failure protection status RBRF HEALTH

UI6HIGH Z<< CB failure protection name plate RBRF NAMPLT

UI6HIGH Z<< circuit breaker failure RBRF OPEX

UI6LOW Three-phase underimpedanceprotection, low-set stage, Z<

UIPDIS110 PDIS

UI6LOW Z< operation mode PDIS MOD

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UI6LOW Z< behaviour PDIS BEH

UI6LOW Z< status PDIS HEALTH

UI6LOW Z< name plate PDIS NAMPLT

UI6LOW Z< start PDIS STR

UI6LOW Z< trip PDIS OP

UI6LOW CB failure protection of three-phaseunderimpedance protection, low-setstage, Z<

UIRBRF110 RBRF

UI6LOW Z< CB failure protection operationmode

RBRF MOD

UI6LOW Z< CB failure protection behaviour RBRF BEH

UI6LOW Z< CB failure protection status RBRF HEALTH

UI6LOW Z< CB failure protection name plate RBRF NAMPLT

UI6LOW Z< circuit breaker failure RBRF OPEX

UPOW6ST1 Three-phase underpower or rewersepower, stage 1, S>

PHPDIR95 PDIR

UPOW6ST1 S> operation mode PDIR MOD

UPOW6ST1 S> behaviour PDIR BEH

UPOW6ST1 S> status PDIR HEALTH

UPOW6ST1 S> name plate PDIR NAMPLT

UPOW6ST1 S> start PDIR STR

UPOW6ST1 S> trip PDIR OP

UPOW6ST1 Directional underpower, S> PHPDUP95 PDUP

UPOW6ST1 S> operation mode PDUP MOD

UPOW6ST1 S> behaviour PDUP BEH

UPOW6ST1 S> status PDUP HEALTH

UPOW6ST1 S> name plate PDUP NAMPLT

UPOW6ST1 S> start PDUP STR

UPOW6ST1 S> trip PDUP OP

UPOW6ST1 CB failure protection of three-phaseunderpower or rewerse power, stage1, S>

PHRBRF95 RBRF

UPOW6ST1 S> CB failure protection operationmode

RBRF MOD

UPOW6ST1 S> CB failure protection behaviour RBRF BEH

UPOW6ST1 S> CB failure protection status RBRF HEALTH

UPOW6ST1 S> CB failure protection name plate RBRF NAMPLT

UPOW6ST1 S> circuit breaker failure RBRF OPEX


PHPDIR96 PDIR






UPOW6ST2 S> trip PDIR OP


User's Guide

1MRS755312










PHRBRF96 RBRF


RBRF MOD






PHPDIR97 PDIR






UPOW6ST3 S> operate PDIR OP









PHRBRF97 RBRF


RBRF MOD





VOC6HIGH Voltage-dependent overcurrent, high-set stage, I(U)>>

PVOC107 PVOC

VOC6HIGH I(U)>> operation mode PVOC MOD

VOC6HIGH I(U)>> behaviour PVOC BEH

VOC6HIGH I(U)>> status PVOC HEALTH

VOC6HIGH I(U)>> name plate PVOC NAMPLT

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VOC6HIGH I(U)>> start PVOC STR

VOC6HIGH I(U)>> trip PVOC OP

VOC6HIGH Circuit breaker failure protection ofvotage-dependent overcurrent, high-set stage, I(U)>>

RBRF107 RBRF

VOC6HIGH I(U)>> CB failure protection operationmode

RBRF MOD

VOC6HIGH I(U)>> CB failure protectionbehaviour RBRF BEH

VOC6HIGH I(U)>> CB failure protection status RBRF HEALTH

VOC6HIGH I(U)>> CB failure protection nameplate

RBRF NAMPLT

VOC6HIGH I(U)>> circuit breaker failure RBRF OPEX

VOC6LOW Voltage-dependent overcurrent, high-set stage, I(U)>

PHPVOC91 PVOC

VOC6LOW I(U)> operation mode PVOC MOD

VOC6LOW I(U)> behaviour PVOC BEH

VOC6LOW I(U)> status PVOC HEALTH

VOC6LOW I(U)> name plate PVOC NAMPLT

VOC6LOW I(U)> start PVOC STR

VOC6LOW I(U)> trip PVOC OP

VOC6LOW Circuit breaker failure protection ofvoltage-dependent overcurrent, high-set stage, I(U)>

PHRBRF91 RBRF

VOC6LOW I(U)> CB failure protection operationmode

RBRF MOD

VOC6LOW I(U)> CB failure protection behaviour RBRF BEH

VOC6LOW I(U)> CB failure protection status RBRF HEALTH

VOC6LOW I(U)> CB failure protection name plate RBRF NAMPLT

VOC6LOW I(U)> circuit breaker failure RBRF OPEX

REF4A Stabilized restricted earth-faultprotection (high voltage side), DIoa>

REFPDIF101 PDIF

REF4A DIoa> operation mode PDIF MOD

REF4A DIoa> behaviour PDIF BEH

REF4A DIoa> status PDIF HEALTH

REF4A DIoa> name plate PDIF NAMPLT

REF4A DIoa> start PDIF STR

REF4A DIoa> trip PDIF OP

REF4A CBFP of stabilized restricted earth-fault protection (high voltage side),DIoa>

REFRBRF101 RBRF

REF4A DIoa> CB failure protection operationmode

RBRF MOD

REF4A DIoa> CB failure protection behaviour RBRF BEH

REF4A DIoa> CB failure protection status RBRF HEALTH

REF4A DIoa> CB failure protection nameplate

RBRF NAMPLT

REF4A DIoa> circuit breaker failure RBRF OPEX


User's Guide

1MRS755312


REF4B Stabilized restricted earth-faultprotection (low voltage side), DIob>

REFPDIF119 PDIF

REF4B DIob> operation mode PDIF MOD

REF4B DIob> behaviour PDIF BEH

REF4B DIob> status PDIF HEALTH

REF4B DIob> name plate PDIF NAMPLT

REF4B DIob> start PDIF STR

REF4B DIob> trip PDIF OP

REF4B CBFP of stabilized restricted earth-fault protection (low voltage side),DIoa>

REFRBRF119 RBRF

REF4B DIob> CB failure protection operationmode

RBRF MOD

REF4B DIob> CB failure protection behaviour RBRF BEH

REF4B DIob> CB failure protection status RBRF HEALTH

REF4B DIob> CB failure protection nameplate

RBRF NAMPLT

REF4B DIob> circuit breaker failure RBRF OPEX

REF1A High-impedance based restrictedearth-fault protection, dIo>

REFPDIF102 PDIF

REF1A dIo> operation mode PDIF MOD

REF1A dIo> behaviour PDIF BEH

REF1A dIo> status PDIF HEALTH

REF1A dIo> name plate PDIF NAMPLT

REF1A dIo> trip PDIF OP

REF1A CB failure protection of three-phaseunderimpedance protection, low-setstage, Z<

REFRBRF102 RBRF

REF1A Z< CB failure protection operationmode

RBRF MOD

REF1A Z< CB failure protection behaviour RBRF BEH

REF1A Z< CB failure protection status RBRF HEALTH

REF1A Z< CB failure protection name plate RBRF NAMPLT

REF1A Z< circuit breaker failure RBRF OPEX

OE1LOW Overexcitation protection, low-setstage, U/f>

PVPH68 PVPH

OE1LOW U/f> operation mode PVPH MOD

OE1LOW U/f> behaviour PVPH BEH

OE1LOW U/f> status PVPH HEALTH

OE1LOW U/f> name plate PVPH NAMPLT

OE1LOW U/f> start PVPH STR

OE1LOW U/f> trip PVPH OP

OE1LOW Circuit breaker failure protection ofoverexcitation protection, low-setstage, U/f>

RBRF68 RBRF

OE1LOW U/f> CB failure protection operationmode

RBRF MOD

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OE1LOW U/f> CB failure protection behaviour RBRF BEH

OE1LOW U/f> CB failure protection status RBRF HEALTH

OE1LOW U/f> CB failure protection name plate RBRF NAMPLT

OE1LOW U/f> circuit breaker failure RBRF OPEX

OE1HIGH Overexcitation protection, high-setstage, U/f>>

PVPH69 PVPH

OE1HIGH U/f>> operation mode PVPH MOD

OE1HIGH U/f>> behaviour PVPH BEH

OE1HIGH U/f>> status PVPH HEALTH

OE1HIGH U/f>> name plate PVPH NAMPLT

OE1HIGH U/f>> start PVPH STR

OE1HIGH U/f>> trip PVPH OP

OE1HIGH Circuit breaker failure protection ofoverexcitation protection, high-setstage, U/f>>

RBRF69 RBRF

OE1HIGH U/f>> CB failure protection operationmode

RBRF MOD

OE1HIGH U/f>> CB failure protection behaviour RBRF BEH

OE1HIGH U/f>> CB failure protection status RBRF HEALTH

OE1HIGH U/f>> CB failure protection nameplate

RBRF NAMPLT

OE1HIGH U/f>> circuit breaker failure RBRF OPEX

NPS3LOW Negative-phase-sequence (NPS)protection, low-set stage, I2>

NSPTOC77 PTOC

NPS3LOW I2> operation mode PTOC MOD

NPS3LOW I2> behaviour PTOC BEH

NPS3LOW I2> status PTOC HEALTH

NPS3LOW I2> name plate PTOC NAMPLT

NPS3LOW I2> start PTOC STR

NPS3LOW I2> trip PTOC OP

NPS3LOW CB failure protection of negative-phase-sequence (NPS) protection,low-set stage, I2>

NSRBRF77 RBRF

NPS3LOW I2> CB failure protection operationmode

RBRF MOD

NPS3LOW I2> CB failure protection behaviour RBRF BEH

NPS3LOW I2> CB failure protection status RBRF HEALTH

NPS3LOW I2> CB failure protection name plate RBRF NAMPLT

NPS3LOW I2> circuit breaker failure RBRF OPEX

NPS3HIGH Negative-phase-sequence (NPS)protection, high-set stage, I2>>

NSPTOC78 PTOC

NPS3HIGH I2>> operation mode PTOC MOD

NPS3HIGH I2>> behaviour PTOC BEH

NPS3HIGH I2>> status PTOC HEALTH

NPS3HIGH I2>> name plate PTOC NAMPLT

NPS3HIGH I2>> start PTOC STR


User's Guide

1MRS755312


NPS3HIGH I2>> trip PTOC OP

NPS3HIGH CB failure protection of negative-phase-sequence (NPS) protection,high-set stage, I2>>

NSRBRF78 RBRF

NPS3HIGH I2>> CB failure protection operationmode

RBRF MOD

NPS3HIGH I2>> CB failure protection behaviour RBRF BEH

NPS3HIGH I2>> CB failure protection status RBRF HEALTH

NPS3HIGH I2>> CB failure protection name plate RBRF NAMPLT

NPS3HIGH I2>> circuit breaker failure RBRF OPEX

NOC3LOWB Three-phase non-directionalovercurrent function, low-set stage,3I>

PHPTOC53 PTOC

NOC3LOWB 3I> operation mode PTOC MOD

NOC3LOWB 3I> behaviour PTOC BEH

NOC3LOWB 3I> status PTOC HEALTH

NOC3LOWB 3I> name plate PTOC NAMPLT

NOC3LOWB 3I> start PTOC STR

NOC3LOWB 3I> trip PTOC OP

NOC3LOWB CBFP of three-phase non-directionalovercurrent function, low-set stage,3I>

PHRBRF53 RBRF

NOC3LOWB 3I> operation mode RBRF MOD

NOC3LOWB 3I> behaviour RBRF BEH

NOC3LOWB 3I> status RBRF HEALTH

NOC3LOWB 3I> name plate RBRF NAMPLT

NOC3LOWB 3I> circuit breaker failure RBRF OPEX

DIFF6G Stabilized three-phase differentialprotection for generators, 3DI>,3DI>>

GENPDIF99 PDIF

DIFF6G 3DI>/3DI>> operation mode PDIF MOD

DIFF6G 3DI>/3DI>> behaviour PDIF BEH

DIFF6G 3DI>/3DI>> status PDIF HEALTH

DIFF6G 3DI>/3DI>> name plate PDIF NAMPLT

DIFF6G 3DI> trip PDIF OP

DIFF6G 3DI>> trip PDIF OP1

DIFF6G CB failure protection of stabilizedthree-phase differential protection forgenerators

GENRBRF99 RBRF

DIFF6G CB failure protection operation mode RBRF MOD

DIFF6G CB failure protection behaviour RBRF BEH

DIFF6G CB failure protection status RBRF HEALTH

DIFF6G CB failure protection name plate RBRF NAMPLT

DIFF6G 3DI>/3DI>> circuit breaker failure RBRF OPEX

DIFF3 High-impedance based differentialprotection for generators and motors,3DI>

HIZPDIF100 PDIF

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DIFF3 3DI> operation mode PDIF MOD

DIFF3 3DI> behaviour PDIF BEH

DIFF3 3DI> status PDIF HEALTH

DIFF3 3DI> name plate PDIF NAMPLT

DIFF3 3DI> start PDIF STR

DIFF3 3DI> trip PDIF OP

DIFF3 CBFP of high-impedance baseddifferential protection for generatorsand motors

HIZRBRF100 RBRF

DIFF3 CB failure protection operation mode RBRF MOD

DIFF3 CB failure protection behaviour RBRF BEH

DIFF3 CB failure protection status RBRF HEALTH

DIFF3 CB failure protection name plate RBRF NAMPLT

DIFF3 3DI> circuit breaker failure RBRF OPEX

NUC3ST1 Three-phase non-directionalundercurrent protection, stage 1, 3I<

PHPTUC88 PTUC

NUC3ST1 3I< stage 1 operation mode PTUC MOD

NUC3ST1 3I< stage 1 behaviour PTUC BEH

NUC3ST1 3I< stage 1 status PTUC HEALTH

NUC3ST1 3I< stage 1 name plate PTUC NAMPLT

NUC3ST1 3I< stage 1 start PTUC STR

NUC3ST1 3I< stage 1 trip PTUC OP

NUC3ST1 3I< stage 1 alarm PTUC OP1

NUC3ST1 CB failure protection of three-phasenon-directional undercurrentprotection, stage 1, 3I<

PHRBRF88 RBRF

NUC3ST1 3I< stage 1 CB failure protectionoperation mode

RBRF MOD

NUC3ST1 3I< stage 1 CB failure protectionbehaviour

RBRF BEH

NUC3ST1 3I< stage 1 CB failure protectionstatus

RBRF HEALTH

NUC3ST1 3I< stage 1 CB failure protectionname plate

RBRF NAMPLT

NUC3ST1 3I< stage 1 circuit breaker failure RBRF OPEX

NUC3ST2 Three-phase non-directionalundercurrent protection, stage 2, 3I<

PHPTUC89 PTUC

NUC3ST2 3I< stage 2 operation mode PTUC MOD

NUC3ST2 3I< stage 2 behaviour PTUC BEH

NUC3ST2 3I< stage 2 status PTUC HEALTH

NUC3ST2 3I< stage 2 name plate PTUC NAMPLT

NUC3ST2 3I< stage 2 start PTUC STR

NUC3ST2 3I< stage 2 trip PTUC OP

NUC3ST2 3I< stage 2 alarm PTUC OP1

NUC3ST2 CBFP of three-phase non-directionalundercurrent protection, stage 2, 3I<

PHRBRF89 RBRF


User's Guide

1MRS755312


NUC3ST2 3I< stage 2 CB failure protectionoperation mode

RBRF MOD

NUC3ST2 3I< stage 2 CB failure protectionbehaviour

RBRF BEH

NUC3ST2 3I< stage 2 CB failure protectionstatus

RBRF HEALTH

NUC3ST2 3I< stage 2 CB failure protectionname plate

RBRF NAMPLT

NUC3ST2 3I< stage 2 circuit breaker failure RBRF OPEX

OPOW6ST1 Three-phase directional overpower,stage 1, S>

PHPDIR92 PDIR

OPOW6ST1 S> stage 1 operation mode PDIR MOD

OPOW6ST1 S> stage 1 behaviour PDIR BEH

OPOW6ST1 S> stage 1 status PDIR HEALTH

OPOW6ST1 S> stage 1 name plate PDIR NAMPLT

OPOW6ST1 S> stage 1 start PDIR STR

OPOW6ST1 S> stage 1 trip PDIR OP


PHPDOP92 PDOP

OPOW6ST1 S> stage 1 operation mode PDOP MOD

OPOW6ST1 S> stage 1 behaviour PDOP BEH

OPOW6ST1 S> stage 1 status PDOP HEALTH

OPOW6ST1 S> stage 1 name plate PDOP NAMPLT

OPOW6ST1 S> stage 1 start PDOP STR

OPOW6ST1 S> stage 1 trip PDOP OP

OPOW6ST1 Circuit breaker failure protection ofthree-phase directional overpower,stage 1, S>

PHRBRF92 RBRF

OPOW6ST1 S> stage 1 CB failure protectionoperation mode

RBRF MOD

OPOW6ST1 S> stage 1 CB failure protectionbehaviour

RBRF BEH

OPOW6ST1 S> stage 1 CB failure protectionstatus

RBRF HEALTH

OPOW6ST1 S> stage 1 CB failure protectionname plate

RBRF NAMPLT

OPOW6ST1 S> stage 1 circuit breaker failure RBRF OPEX


PHPDIR93 PDIR








PHPDOP93 PDOP

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PHRBRF93 RBRF


RBRF MOD


RBRF BEH


RBRF HEALTH


RBRF NAMPLT



PHPDIR94 PDIR








PHPDOP94 PDOP








PHRBRF94 RBRF


RBRF MOD


RBRF BEH


RBRF HEALTH


RBRF NAMPLT


PREV3 Phase reversal protection, 3Irev PRVPPAM55 PPAM


User's Guide

1MRS755312


PREV3 3Irev operation mode PPAM MOD

PREV3 3Irev behaviour PPAM BEH

PREV3 3Irev status PPAM HEALTH

PREV3 3Irev name plate PPAM NAMPLT

PREV3 3Irev start PPAM STR

PREV3 3Irev trip PPAM OP

FLOC Fault locator, FLOC LCTRRFLO58 RFLO

FLOC FLOC operation mode RFLO MOD

FLOC FLOC behaviour RFLO BEH

FLOC FLOC status RFLO HEALTH

FLOC FLOC name plate RFLO NAMPLT

FLOC FLOC fault loop R RFLO FLTR

FLOC FLOC fault loop X RFLO FLTX

FLOC FLOC fault resistance RFLO FLTRF

FLOC FLOC fault distance RFLO FLTDISKM

FLOC FLOC fault loop RFLO FLTLOOP

FLOC FLOC output alarm RFLO FLTDISALM

FLOC FLOC output trigg RFLO TRG

PQVO3SD Short duration voltage variation, PQ3U<>

UVQVVR514 QVVR

PQVO3SD PQ 3U<> operation mode QVVR MOD

PQVO3SD PQ 3U<> behaviour QVVR BEH

PQVO3SD PQ 3U<> status QVVR HEALTH

PQVO3SD PQ 3U<> name plate QVVR NAMPLT

PQVO3SD PQ 3U<> start (voltage variationevent in progress)

QVVR STR

PQVO3SD PQ 3U<> start (voltage swell event inprogress)

QVVR SWLSTR

PQVO3SD PQ 3U<> start (voltage dip event inprogress)

QVVR DIPSTR

PQVO3SD PQ 3U<> start (voltage interruptionevent in progress)

QVVR INTSTR

MEDREC16 Disturbance recorder function,MEDREC

RDRE225 RDRE

MEDREC16 MEDREC operation mode RDRE MOD

MEDREC16 MEDREC behaviour RDRE BEH

MEDREC16 MEDREC status RDRE HEALTH

MEDREC16 MEDREC name plate RDRE NAMPLT

MEDREC16 MEDREC Recording made RDRE RCDMADE

MEDREC16 MEDREC fault number RDRE FLTNUM

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6.2. Logical node mapping for REU 610, REF 610 and REM 610

Table 6.2.-1 LN mapping for REU 610

Function Logical NodePrefix

Logical Node Class Logical NodeInstance

Description

Protection

U> DO PTOV 1 Overvoltage protection, low-set stage

U>> DO PTOV 2 Overvoltage protection, high-set stage

U2> DO PTOV 2 Negative phase-sequence overvoltageprotection

U< DU PTUV 1 Undervoltage protection, low-set stage

U<< DU PTUV 2 Undervoltage protection, high-setstage

U1< DU PTUV 2 Positive phase-sequenceundervoltage protection

U0> ZS PTOV 3 Residual overvoltage protection, low-set stage

U0>> ZS PTOV 4 Residual overvoltage protection, high-set stage

CBFP RBRF 1 Circuit-breaker failure protection

Measurements

U12 U MMXU 1 Measured phase-to-phase voltage U12



U0 U MMXU 1 Measured residual voltage U0

U1s MSQI 1 Positive phase-sequence voltage

U2s MSQI 1 Negative phase-sequence voltage

DR RDRE 1 Disturbance recorder function

Table 6.2.-2 LN mapping for REF 610



Description

Protection

I> PH PTOC 1 Three-phase non-directionalovercurrent protection, low-set stage

I>> PH PTOC 2 Three-phase non-directionalovercurrent protection, high-set stage

I>>> PH PIOC 1 Three-phase non-directionalovercurrent protection, instantaneousstage

ΔI> CUB PTOC 5 Phase discontinuity protection

θ> CAB PTTR 1 Three-phase thermal overloadprotection for cables

l0> EF PTOC 3 Non-directional earth-fault protection,low-set stage

I0>> EF PTOC 4 Non-directional earth-fault protection,high-set stage

ARC SARC 1 ARC protection

CBFP RBRF 1 Circuit-breaker failure protection


User's Guide

1MRS755312



Description

0→1 RREC 1 Automatic reclosing

ARC PIOC 2 Light detected

Measurements

L1 I MMXU 1 Current measured on phase IL1




Table 6.2.-3 LN mapping for REM 610



Description

Protection

θ> TOL PTTR 1 Thermal overload protection

Is2 x ts or Is S PMSS 1 Start-up supervision

I>> SC PTOC 1 Short-circuit protection

I< UI PTUC 1 Undercurrent protection

I0> EF PTOC 2 Earth-fault protection

I2> CUB PTOC 3 Unbalance protection

REV PRV PPAM 1 Phase reversal protection

Σts CS PMRI 1 Cumulative start-up time counter

CBFP CB RBRF 1 Circuit-breaker failure protection

ThA> T PTTR 2 Temperature protection

ThB> T PTTR 2 Temperature protection

Measurements

IL1 I MMXU 1 Current measured on phase IL1



I0 I MMXU 1 Measured earth-fault current


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6.2.1. REU 610 logical node naming and mapping to IEC 61850

Table 6.2.1.-1 REU 610 logical node naming and mapping to IEC 61850

Function Description LN instance name LN class Data

REU 610 Logical node zero LLN0 LN0

REU 610 Operation mode LN0 MOD

REU 610 Behaviour LN0 BEH

REU 610 Status LN0 HEALTH

REU 610 ABB LN0 NAMPLT

REU 610 LPHD logical node LPHD1 LPHD

REU 610 Physical device name plate LPHD PHYNAM

REU 610 Physical device health LPHD PHYHEALTH

REU 610 Input communication buffer overflow LPHD INOV

REU 610 Indicates if this LD is a proxy LPHD PROXY

U12U23U31 Three-phase voltage measurement UMMXU1 MMXU

U12U23U31 Measurement operation mode MMXU MOD

U12U23U31 Measurement behaviour MMXU BEH

U12U23U31 Measurement status MMXU HEALTH

U12U23U31 Measurement name plate MMXU NAMPLT

U12U23U31 Phase to phase voltages MMXU PPV

U12U23U31 Phase to ground voltages MMXU PHV

U1sU2s Positive, negative and zero sequencevoltage

MSQI1 MSQI

U1sU2s Positive-negative-phase-sequencyvoltage operation mode

MSQI MOD

U1sU2s Positive-negative-phase-sequencyvoltage behaviour

MSQI BEH

U1sU2s Positive-negative phase sequencyvoltage status

MSQI HEALTH

U1sU2s Positive-negative phase sequencyvoltage name plate

MSQI NAMPLT

U1sU2s Positive-negative-phase-sequencyvoltage

MSQI SEQV

U> Definite or inverse-time overvoltageprotection, low-set stage U>

DOPTOV1 PTOV

U> U> operation mode PTOV MOD

U> U> behaviour PTOV BEH

U> U> status PTOV HEALTH

U> U> name plate PTOV NAMPLT

U> U> start PTOV STR

U> U> trip PTOV OP

U>> Definite or inverse-time overvoltageprotection, high-set stage U>> or U2>

DOPTOV2 PTOV

U>> U>> or U2> operation mode PTOV MOD

U>> U>> or U2> behavioiur PTOV BEH

U>> U>> or U2>; status PTOV HEALTH

U>> U>> or U2> name plate PTOV NAMPLT


User's Guide

1MRS755312


U>> U>> or U2> start PTOV STR

U>> U>> or U2> trip PTOV OP

U< Definite or inverse-time undervoltageprotection, low-set stage U<

DUPTUV1 PTUV

U< U< operation mode PTUV MOD

U< U< behaviour PTUV BEH

U< U< status PTUV HEALTH

U< U< name plate PTUV NAMPLT

U< U< start PTUV STR

U< U< trip PTUV OP

U<< or U1< Definite or inverse-time undervoltageprotection, low-set stage U<< or U1<

DUPTUV2 PTUV

U<< or U1< U<< or U1< operation mode PTUV MOD

U<< or U1< U<< or U1< behaviour PTUV BEH

U<< or U1< U<< or U1< status PTUV HEALTH

U<< or U1< U<< or U1< name plate PTUV NAMPLT

U<< or U1< U<< or U1< start PTUV STR

U<< or U1< U<< or U1< trip PTUV OP

Uo> Definite time residual voltageprotection, low-set stage Uo>

ZSPTOV3 PTOV

Uo> Uo> operation mode PTOV MOD

Uo> Uo> behaviour PTOV BEH

Uo> Uo> status PTOV HEALTH

Uo> Uo> name plate PTOV NAMPLT

Uo> Uo> start PTOV STR

Uo> Uo> trip PTOV OP

Uo>> Definite time residual voltageprotection, high-set stage Uo>>

ZSPTOV4 PTOV

Uo>> Uo>> operation mode PTOV MOD

Uo>> Uo>> behaviour PTOV BEH

Uo>> Uo>> status PTOV HEALTH

Uo>> Uo>> name plate PTOV NAMPLT

Uo>> Uo>> start PTOV STR

Uo>> Uo>> trip PTOV OP

CBFP Circuit breaker failure protection RBRF1 RBRF

CBFP CB operation mode RBRF MOD

CBFP CB behaviour RBRF BEH

CBFP CB failure protection status RBRF HEALTH

CBFP CB failure protection name plate RBRF NAMPLT

CBFP Circuit breaker failure RBRF OPEX

DR Disturbance recorder function RDRE1 RDRE

DR DR operation mode RDRE MOD

DR DR behaviour RDRE BEH

DR DR health RDRE HEALTH

DR DR name plate RDRE NAMPLT

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DR DR recording made RDRE RCDMADE

DR DR fault number RDRE FLTNUM

6.3. Logical node mapping for SPACOM and SACO series

Table 6.3.-1 LN mapping for SPACOM and SACO

Function Name IEC 61850 Logical Node Name Description

Logical NodePrefix


SPCD2D55 [Earth-fault module]

Directionaldifferential currentId1cosφ1 on HV side

I MDIF 1 Differential current on HV side

Directionaldifferential currentId2cosφ2 on LV side

I MDIF 2 Differential current on LV side

HV side currents L1,L2,L3,I01

I MMXU 1 Measured currents on HV side

LV side currents L1,L2,L3,I02

I MMXU 2 Measured currents on LV side

HV side protectionstage dI01>

GEN PDIF 1 HV side protection stage dI01>

LV side protectionstage dI02>

GEN PDIF 2 LV side protection stage dI02>

Harmonic blockingratio I2f/I1f(I01)>

INR PHAR 1 Blocking based on the secondharmonic of HV side

Harmonic blockingratio I2f/I1f(I02)>

INR PHAR 2 Blocking based on the secondharmonic of LV side

CBFP PH RBRF 1 Circuit breaker failure protection

SPCD3D53 [Differential module]

Differential currentof phase L1,L2,L3

I MIDF 3 Differential currents phase L1,L2,L3

Current on HV sidephase L1,L2,L3

I MMXU 3 Measured currents on HV side

Current on LV sidephase L1, L2, L3

I MMXU 4 Measured currents on LV side

Stabilizeddifferential currentstage, 3dI>

GEN PDIF 3 Stabilized differential current stage,3dI> operated

Instantaneousdifferential currentstage, 3dI>>

GEN PDIF 4 Instantaneous differential currentstage, 3dI>> operated

Blocking based onthe secondharmonic, Id2f/Id1f>

INR PHAR 3 Blocking based on the secondharmonic of the differential current

Blocking based onthe fifth harmonic,Id5f/Id1f>

INR PHAR 4 Blocking based on the fifth harmonic ofthe differential current



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Logical NodePrefix


SPCJ4D28 [Overcurrent and earth-fault module]

Measured currentsIL1,IL2,IL3,I0

I MMXU 5 Measured currents IL1,IL2,IL3,I0

Low-set overcurrentstage, I>

PH PTOC 1 Low-set overcurrent stage, I>

High-set overcurrentstage, I>>

PH PTOC 2 High-set overcurrent stage, I>>

Superhigh-setovercurrent stage,I>>>

PH PTOC 3 Superhigh-set overcurrent stage, I>>>

Low-set neutralovercurrent stage,I0>

PH PTOC 4 Low-set neutral overcurrent stage, I0>

High-set neutralovercurrent stage,I0>>

PH PTOC 5 High-set neutral overcurrent stage,I0>>

Phase discontinuitystage, ΔI>

PH PTOC 6 Phase discontinuity stage, ΔI>


SPCJ4D29 [Three-phase overcurrent and earth-fault module]











SPCJ4D24 [Three-phase overcurrent and earth-fault module]











SACO16D2B [Annunciator module]

Output relays 1 to16

ALM GGIO 1, 2, 3 or 4 State of output relays 1 to 16

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Logical NodePrefix


State of alarmchannels 1 to 16

IND GGIO 2, 3, 4 or 5 State of alarm channels 1 to 16

Local RemotePosition

LRP GGIO 3, 4, 5 or 6 Local Remote switch position

Reset AudiableAlarm

RSA GGIO 4, 5, 6 or 7 Reset Audiable Alarm

Acknowledge Alarmsignal

AKA GGIO 5, 6, 7 or 8 Acknowledge alarm signal

Reset of AlarmChannel

RAC GGIO 6, 7, 8 or 9 Reset of alarm channel

6.3.1. SPACOM/SACO logical node naming and mapping to IEC 61850

Table 6.3.1.-1 SPCD2D55 Logical Node Naming and mapping to IEC 61850


SPCD2D55 Logical node zero LLN0 LN0

SPCD2D55 Operation mode LN0 MOD

SPCD2D55 Behaviour LN0 BEH

SPCD2D55 Status LN0 HEALTH

SPCD2D55 ABB LN0 NAMPLT

SPCD2D55 LPHD logical node LPHD1 LPHD

SPCD2D55 Physical device name plate LPHD PHYNAM

SPCD2D55 Physical device health LPHD PHYHEALTH

SPCD2D55 Input communication buffer overflow LPHD INOV

SPCD2D55 Indicates if this LD is a proxy LPHD PROXY

Id1cosphi1 Differential directional currentId1cosphi1 on HV side

IMDIF1 MDIF

Id1cosphi1 Id1cosphi1 operational mode MDIF MOD

Id1cosphi1 Id1cosphi1 behaviour MDIF BEH

Id1cosphi1 Id1cosphi1 status MDIF HEALTH

Id1cosphi1 Id1cosphi1 name plate MDIF NAMPLT

Id1cosphi1 Differential directional currentId1cosphi1 on HV side

MDIF OPAREM

Id1cosphi1 Phase difference between residualcurrent and neutral current on HVside

MDIF PHDIF

Id1cosphi2 Differential directional currentId2cosphi2 on LV side

IMDIF2 MDIF






MDIF OPAREM


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Id1cosphi2 Phase difference between residualcurrent and neutral current on LV side

MDIF PHDIF

IL1, IL2, IL3, I01 Three-phase current measurementHV side

IMMXU1 MMXU

IL1, IL2, IL3, I01 I operation mode MMXU MOD

IL1, IL2, IL3, I01 I behaviour MMXU BEH

IL1, IL2, IL3, I01 I status MMXU HEALTH

IL1, IL2, IL3, I01 I name plate MMXU NAMPLT

IL1, IL2, IL3, I01 Measured currents on HV side IL1, IL2,IL3, I01

MMXU A

IL1, IL2, IL3, I02 Three-phase current measurementLV side

IMMXU2 MMXU





IL1, IL2, IL3, I02 Measured currents on LV side IL1, IL2,IL3, I02

MMXU A

DI01> HV side protection stage, DI01> GENPDIF1 PDIF

DI01> DI01> mode PDIF MOD

DI01> DI01> behaviour PDIF BEH

DI01> DI01> status PDIF HEALTH

DI01> DI01> name plate PDIF NAMPLT

DI01> Start of HV protection stage,DI01> PDIF STR

DI01> Operation of HV protection stage,DI01>

PDIF OP

DI02> LV side protection stage, DI02> GENPDIF2 PDIF

DI02> DI02> mode PDIF MOD

DI02> DI02> behaviour PDIF BEH

DI02> DI02> status PDIF HEALTH

DI02> DI02> name plate PDIF NAMPLT

DI02> Start of LV protection stage,DI02> PDIF STR

DI02> Operation of LV protection stage,DI02>

PDIF OP

I2f/I1f(I01)> Blocking based on the secondharmonic of HV side

INRPHAR1 PHAR

I2f/I1f(I01)> I2f/I1f(I01)> mode PHAR MOD

I2f/I1f(I01)> I2f/I1f(I01)> behaviour PHAR BEH

I2f/I1f(I01)> I2f/I1f(I01)> status PHAR HEALTH

I2f/I1f(I01)> I2f/I1f(I01)> name plate PHAR NAMPLT

I2f/I1f(I01)> Start of harmonics blocking on HVside,I2f/I1f(I01)>

PHAR STR

I2f/I1f(I02)> Blocking based on the secondharmonic of LV side

INRPHAR2 PHAR

I2f/I1f(I02)> I2f/I1f(I02)> mode PHAR MOD

I2f/I1f(I02)> I2f/I1f(I02)> behaviour PHAR BEH

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I2f/I1f(I02)> I2f/I1f(I02)> status PHAR HEALTH

I2f/I1f(I02)> I2f/I1f(I02)> name plate PHAR NAMPLT

I2f/I1f(I02)> Start of harmonics blocking on HVside, I2f/I1f(I01)>

PHAR STR

CBFP Circuit breaker failure protection PHRBRF1 RBRF


















L1, L2, L3 Differential currents phase L1, L2, L3 IMDIF3 MDIF

L1, L2, L3 Differential currents phase L1, L2, L3operational mode

MDIF MOD

L1, L2, L3 Differential currents phase L1, L2, L3behaviour

MDIF BEH

L1, L2, L3 Differential currents phase L1, L2, L3status

MDIF HEALTH

L1, L2, L3 Differential currents phase L1, L2, L3name plate

MDIF NAMPLT

L1, L2, L3 Differential currents for phase L1, L2,L3

MDIF OPAREM

L1, L2, L3 Phase difference of the currents onHV side phases L1 and L2

MDIF PHDIF1


MDIF PHDIF2


MDIF PHDIF3

L1, L2, L3 Phase difference of HV and LV sidephase currents on phase L1

MDIF PHDIF4


MDIF PHDIF5


MDIF PHDIF6


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L1, L2, L3 Phase difference of the currents onLV side phases L1 and L2

MDIF PHDIF7


MDIF PHDIF8


MDIF PHDIF9


IMDIF2 MDIF






MDIF OPAREM

Id1cosphi2 Phase difference between residualcurrent and neutral current on LV side

MDIF PHDIF

IL1, IL2, IL3 Three-phase current measurementHV side

IMMXU3 MMXU

IL1, IL2, IL3 I operation mode MMXU MOD

IL1, IL2, IL3 I behaviour MMXU BEH

IL1, IL2, IL3 I status MMXU HEALTH

IL1, IL2, IL3 I name plate MMXU NAMPLT

IL1, IL2, IL3 Measured currents on HV side IL1, IL2,IL3

MMXU A

IL1, IL2, IL3 Three-phase current measurementLV side

IMMXU4 MMXU





IL1, IL2, IL3 Measured currents on LV side IL1, IL2,IL3

MMXU A

3DI> Stabilized differential current stage,3DI>

GENPDIF3 PDIF

3DI> 3DI> mode PDIF MOD

3DI> 3DI> behaviour PDIF BEH

3DI> 3DI> status PDIF HEALTH

3DI> 3DI> name plate PDIF NAMPLT

3DI> Operation of Stabilized differentialcurrent stage, 3DI>

PDIF OP

3DI>> Instantaneous differential currentstage, 3DI>>

GENPDIF4 PDIF

3DI>> 3DI>> mode PDIF MOD

3DI>> 3DI>> behaviour PDIF BEH

3DI>> 3DI>> status PDIF HEALTH

3DI>> 3DI>> name plate PDIF NAMPLT

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3DI>> Operation of Instantaneousdifferential current stage, 3DI>>

PDIF OP

I2f/I1f(I)> Blocking based on the secondharmonic of the differential current

INRPHAR3 PHAR

I2f/I1f(I)> I2f/I1f(I)> mode PHAR MOD

I2f/I1f(I)> I2f/I1f(I)> behaviour PHAR BEH

I2f/I1f(I)> I2f/I1f(I)> status PHAR HEALTH

I2f/I1f(I)> I2f/I1f(I)> name plate PHAR NAMPLT

I2f/I1f(I)> Start of harmonics blocking,I2f/I1f(I)> PHAR STR

I5f/I1f(I)> Blocking based on the fifth harmonicof the differential current

INRPHAR4 PHAR

I5f/I1f(I)> I5f/I1f(I)> mode PHAR MOD

I5f/I1f(I)> I5f/I1f(I)> behaviour PHAR BEH

I5f/I1f(I)> I5f/I1f(I)> status PHAR HEALTH

I5f/I1f(I)> I5f/I1f(I)> name plate PHAR NAMPLT

I5f/I1f(I)> Start of harmonics blocking,I5f/I1f(I)> PHAR STR



















IL1, IL2, IL3 Three-phase current measurementHV side

IMMXU3 MMXU





IL1, IL2, IL3 Measured currents on HV side IL1, IL2,IL3

MMXU A

IL1, IL2, IL3 Three-phase current measurementLV side

IMMXU4 MMXU


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IL1, IL2, IL3 Measured currents on LV side IL1, IL2,IL3

MMXU A

I> Low-set overcurrent stage I> PHPTOC1 PTOC

I> I> mode PTOC MOD

I> I> behaviour PTOC BEH

I> I> status PTOC HEALTH

I> I> name plate PTOC NAMPLT

I> Start of Low-set overcurrent stage I> PTOC STR

I> Operation of Low-set overcurrentstage I>

PTOC OP

I>> High-set overcurrent stage, I>> PHPTOC2 PTOC

I>> I>> mode PTOC MOD

I>> I>> behaviour PTOC BEH

I>> I>> status PTOC HEALTH

I>> I>> name plate PTOC NAMPLT

I>> Start of High-set overcurrent stage,I>>

PTOC STR

I>> Operation of High-set overcurrentstage, I>>

PTOC OP

I>>> Superhigh-set overcurrent stage,I>>>

PHPTOC3 PTOC

I>>> I>>> mode PTOC MOD

I>>> I>>> behaviour PTOC BEH

I>>> I>>> status PTOC HEALTH

I>>> I>>> name plate PTOC NAMPLT

I>>> Start of Low-set neutral overcurrentstage, I0>

PTOC STR

I>>> Operation of Low-set neutralovercurrent stage, I0>

PTOC OP

I0> Low-set neutral overcurrent stage, I0> PHPTOC4 PTOC

I0> I0> mode PTOC MOD

I0> I0> behaviour PTOC BEH

I0> I0> status PTOC HEALTH

I0> I0> name plate PTOC NAMPLT

I0> Start of Low-set neutral overcurrentstage, I0>

PTOC STR

I0> Operation of Low-set neutralovercurrent stage, I0>

PTOC OP

I0>> High-set neutral overcurrent stage,I0>>

PHPTOC5 PTOC

I0>> I0>> mode PTOC MOD

I0>> I0>> behaviour PTOC BEH

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I0>> I0>> status PTOC HEALTH

I0>> I0>> name plate PTOC NAMPLT

I0>> Start of High-set neutral overcurrentstage, I0>>

PTOC STR

I0>> Operation of High-set neutralovercurrent stage, I0>>

PTOC OP

delta I> Phase discontinuity stage, delta I> PHPTOC6 PTOC

delta I> delta I> mode PTOC MOD

delta I> delta I> behaviour PTOC BEH

delta I> delta I> status PTOC HEALTH

delta I> delta I> name plate PTOC NAMPLT

delta I> Start of Phase discontinuity stage,delta I>

PTOC STR

delta I> Operation of Phase discontinuitystage, delta I>

PTOC OP



















IL1, IL2, IL3, I0 Current measurement IMMXU1 MMXU





IL1, IL2, IL3, I0 Measured currents IL1, IL2, IL3, I0 MMXU A


I> I> mode PTOC MOD





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PTOC OP







PTOC STR


PTOC OP







PTOC STR


PTOC OP


PHPTOC4 PTOC






PTOC STR


PTOC OP













IL1, IL2, IL3, I0 Current measurement IMMXU1 MMXU


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IL1, IL2, IL3, I0 Measured currents IL1, IL2, IL3, I0 MMXU A


I> I> mode PTOC MOD






PTOC OP







PTOC STR


PTOC OP







PTOC STR


PTOC OP


PHPTOC4 PTOC






PTOC STR


PTOC OP


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Table 6.3.1.-6 SACO162B logical node naming and mapping to IEC 61850


SACO162B Logical node zero LLN0 LN0

SACO162B Operation mode LN0 MOD

SACO162B Behaviour LN0 BEH

SACO162B Status LN0 HEALTH

SACO162B ABB LN0 NAMPLT

SACO162B LPHD logical node LPHD1 LPHD

SACO162B Physical device name plate LPHD PHYNAM

SACO162B Physical device health LPHD PHYHEALTH

SACO162B Input communication buffer overflow LPHD INOV

SACO162B Indicates if this LD is a proxy LPHD PROXY

State of output relays State of output relays ALMGGIO1 GGIO

State of output relays State of output relays mode GGIO MOD

State of output relays State of output relays behaviour GGIO BEH

State of output relays State of output relays status GGIO HEALTH

State of output relays State of output relays name plate GGIO NAMPLT

State of output relays State of output relay 1 GGIO ALM1
















State of alarm channels State of alarm channels relays INDGGIO2 GGIO

State of alarm channels State of alarm channels mode GGIO MOD

State of alarm channels State of alarm channels behaviour GGIO BEH

State of alarm channels State of alarm channels status GGIO HEALTH

State of alarm channels State of alarm channels name plate GGIO NAMPLT

State of alarm channels State of alarm channel 1 GGIO IND1







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Local Remote position Local Remote position LRPGGIO3 GGIO

Local Remote position Local Remote position mode GGIO MOD

Local Remote position Local Remote position behaviour GGIO BEH

Local Remote position Local Remote position status GGIO HEALTH

Local Remote position Local Remote position name plate GGIO NAMPLT

Local Remote position Local Remote position GGIO INTIN

Reset audiable alarm Reset audiable alarm RSAGGIO4 GGIO

Reset audiable alarm Reset audiable alarm mode GGIO MOD

Reset audiable alarm Reset audiable alarm behaviour GGIO BEH

Reset audiable alarm Reset audiable alarm status GGIO HEALTH

Reset audiable alarm Reset audiable alarm name plate GGIO NAMPLT

Reset audiable alarm Reset audiable alarm GGIO SPCSO

Acknowledge alarmsignal

Acknowledge alarm signal AKAGGIO5 GGIO


Acknowledge alarm signal mode GGIO MOD


Acknowledge alarm signal behaviour GGIO BEH


Acknowledge alarm signal status GGIO HEALTH


Acknowledge alarm signal nameplate

GGIO NAMPLT


Acknowledge alarm signal GGIO SPCSO


Acknowledge alarm signal AKAGGIO5 GGIO


Acknowledge alarm signal mode GGIO MOD


Acknowledge alarm signal behaviour GGIO BEH


Acknowledge alarm signal status GGIO HEALTH


Acknowledge alarm signal nameplate

GGIO NAMPLT


Acknowledge alarm signal GGIO SPCSO

Reset of alarm channel Reset of alarm channel RCAGGIO6 GGIO


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Reset of alarm channel Reset of alarm channel mode GGIO MOD

Reset of alarm channel Reset of alarm channel behaviour GGIO BEH

Reset of alarm channel Reset of alarm channel status GGIO HEALTH

Reset of alarm channel Reset of alarm channel name plate GGIO NAMPLT

Reset of alarm channel Reset of alarm channel GGIO SPCSO

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7. Abbreviations

Abbreviation Description

CAP Computer Aided Programming system (a tool used toconfigure, maintain and operate the protection and controlIEDs)

CET Communication Engineering Tool

COMTRADE Common Format for Transient Data Exchange

HMI Human-machine interface

ID Identifier; identification

IEC International Electrotechnical Commission

IED Intelligent electronic device

LD Logical device

LN Logical node

LON Local operating network

OPC OLE (Object linking and embedding) for process control

SCL Substation configuration description language (defined byIEC 61850)

SLD Single-line diagram

SPA Data communication protocol developed by ABB


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8. Terminology

Term Description

Communication EngineeringTool

Also known as CET. Software for configuring and monitor-ing communication gateways or communication front ends.

connectivity concept The connectivity concept separates the IED specificinformation from system products and tools. Applicationsand tools supporting the connectivity concept can beupdated easily with the latest versions of the IED-specificinformation.

connectivity package Connectivity package is a collection of software andinformation related to a specific protection and controlterminal (IED), providing system products and tools toconnect and interact with the IED.

Connectivity Package Man-ager

Software that helps the user to define right connectivitypackage versions for different applications and tools.

IEC 61850 A communication protocol based on the IEC 61850standard series and a standard for substation modeling.

Intelligent Electronic Device Also known as IED. Devices containing advanced logicssuch as meters, protection and control relays and trip units.

Substation Configuration de-scription Language

Also known as SCL. XML-based description language forconfigurations of electrical substation IEDs. Defined in theIEC 61850 standard.

system products and tools A system product is a product that administers one of thesupported tools, for example, different CETs or PCM 600. Atool is one of the supported tools, for example, SCLImporter or Event Viewer.


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Index

Aadding . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

connectivity packages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

CCAP. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25CET. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23, 25

for COM 600 product range . . . . . . . . . . . . . . . . . . . . . . . . . . 23for SPA-ZC 40x . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23

COM 500 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11, 23COM 605 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23COM 610 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11, 23COM 615 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23Communication Engineering Tool . . . . . . . . . . . . . . . . . . . 11, 23, 25Communication Gateway COM 610. . . . . . . . . . . . . . . . . . . . . . . . 23comtrade. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19configuration structure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24

connectivity concept. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24connectivity package . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15-16, 19

size . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15version . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16versions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

Connectivity Package Manager . . . . . . . . . . . . . . . . . . . . . . . . . . . 19content . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23Control Unit COM 605 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23

Ddatabase . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23definition . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25device . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23Disturbance Handling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13, 24downloading . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

connectivity packages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

EEthernet Adapter SPA-ZC 40x. . . . . . . . . . . . . . . . . . . . . . . . . . . . 23Event Viewer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

FFile menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21function block . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25

Iidentifying . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

connectivity packages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16IEC 61850 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11, 23

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ABB OyDistribution AutomationP.O. Box 699FI-65101 VaasaFINLAND+358 10 2211+358 10 224 1080www.abb.com/substationautomation

1MRS755312

EN

6/2008

abb connectivity packages

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